6030 Bid Addendum
Page 1 of 1
Addendum No.: 5 Date Of Addendum: 3/5/19
CT DAS - 6030 (Rev. 10.05.18) 6000 – Bid Phase Forms
CT DAS � Construction Services � Office of Legal Affairs, Policy, and Procurement
York Correctional Institution Central Plant and Piping Distribution 201 West Main Street, Niantic, CT
BI – JA – 465
Original Bid Due Date / Time: 3/07/19 2:00 PM EST
Previous Addendums: Addenda 1, 2, 3, & 4
TO: Prospective Bid Proposers:
This Addendum forms part of the “Contract Documents” and modifies or clarifies the original “Contract Documents” for this Project dated 12/21/18. Prospective Bid Proposers shall acknowledge receipt of the total number the
Addenda issued for this Project on the space provided on Section 00 41 00 Bid Proposal Form.
Failure to acknowledge receipt of the total number the Addenda issued for this Project on the space provided on Section 00 41 00 Bid Proposal Form shall subject Bid Proposers to disqualification.
The following clarifications are applicable to drawings and specifications for the project referenced above.
Item 1:
See attached Fan Coil Unit (FCU) schedule for Buildings 5, 7, 8, 9A, 9C, 10, 11, and 12 per the pre-bid response A121.
Item 2:
Section 23 09 23 Building Management System
REPLACE the points list with the attached which incorporates updates released with the pre-bid
questions/responses.
Item 3:
Section 23 09 99 Buildings – Sequence of Operation
REPLACE the entire section with the attached to address several pre-bid questions/responses issued with
Addendum 4.
SUMMARY OF CHANGES
UPDATED Sequence of Operation for Bldgs 9B, 9C, and 9D, 10A, 11, 12, and 13.
REMOVED Unit heaters and convectors.
ADDED Exhaust fans including EF4-4, 4-5, 4-6, 4-7, & 4-8 (Building 4)
Item 15:
Section 00 01 10 Table of Contents (for all three (3) Project Manual volumes)
UPDATE the page counts in the Addendum 4 Table of Contents for the following Specification section items:
“23 09 23 Building Management System” from “65” to “66”
“23 09 99 Buildings – Sequence of Operation” from “19” to “24”
End of Addendum 5
SENS TOTAL GPM EWT LWT GPM EWT LWT
FCU5-1 8.9 12.6 2.2 45 57 19.1 1.5 180 160FCU5-2 7.8 14 2.3 45 57 13 1 180 160FCU5-3 22 34 5.3 45 57 45 3 180 160FCU5-4 16 27 3.5 45 57 41 3.5 180 160
FCU7-1 - 12 1.27 - - - - - -FCU7-2 - 9 1 - - - - - -FCU8-1 24 26 2 45 57 11 2 180 160FCU8-2 10 13 2 45 57 5.5 2 180 160
FCU9A-1 - - - - - 9.4 1 180 160FCU9A-2 - - - - - 9.4 1 180 160FCU9C-1 8.9 13.7 1.9 45 57 22 2 180 160FCU9C-2 8.9 13.7 1.9 45 57 22 2 180 160FCU9C-3 5.1 7.9 1.4 45 57 21 1.5 180 160FCU9C-4 7 10.8 1.9 45 57 21 2 180 160FC9UC-5 7 10.8 1.9 45 57 21 2 180 160
10 FCU10-1 31.4 34.3 11.8 45 57 77.6 2 180 160FC11-1 8.9 12.6 2.2 45 57 19.1 1.5 180 160FC11-2 7.8 14 2.3 45 57 13 1 180 160FC11-3 22 34 5.3 45 57 45 3 180 160FC11-4 16 27 3.5 45 57 41 3.5 180 160FC12-1 16 22 4 45 57 28 1 180 160FC12-2 11 15.5 3 45 57 28 1 180 160
11
WATERHEATING COIL
BLDG WATERMBH
MBHTAGCOOLING COIL
7
5
89A
9C
12
FAN COIL UNIT SCHEDULES
ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 1 OF 29
12
45
6
7
8
910111213141516
171819202122232425262728293031
32333435
36
37
38
39
40
41
42
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
CP-0-1,2. 3, 4, 5 (TYP 0F 5.)AHU0-1,2, 3, 4, 5(TYP OF 5)
BLDG. 1MECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN. CONTRACTOR IS TO COORDINATE ANDVERIFY CONDUIT RUNS PRIOR TO INSTALLATION.
CONTROLLER OFFLINE
OUTDOOR AIR DAMPER AHU0-1,2, 3, 4, 5(TYP.) 5 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MIXED AIR DAMPER AHU0-1,2, 3, 4, 5(TYP.) 5 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU0-1,2, 3, 4, 5(TYP.) 5 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MIXED AIR TEMPERATURE SENSOR AHU0-1,2, 3, 4, 5(TYP.) 5 AI F/I NEW SENSOR DEG. F / HI TEMPSPACE HUMIDITY SENSOR AHU1-1,2, 3, 4, 5(TYP.) 5 F/I NEW SENSOR % RH / HI RHSUPPLY FAN START / STOP AHU0-1,2, 3, 4, 5(TYP.) 5 DI F/I CURRENT TRANSDUCER - HAWKEYE ON/OFFSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH AHU0-1,2, 3, 4, 5(TYP.) 5 DO F/I NEW SWITCH STATUS - ON/OFFEXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU0-1,2, 3, 4, 5(TYP.) 5 DI F/I NEW SWITCH STATUS - ON/OFFEXHAUST FAN - START / STOP - CT AHU0-1,2, 3, 4, 5(TYP.) 5 DI F/I CURRENT TRANSDUCER - HAWKEYE CONTROL
EXHAUST FAN DAMPER ACTUATOR AHU0-1,2, 3, 4, 5(TYP.) 5 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
HOT DECK VALVE AHU0-1,2, 3, 4, 5(TYP.) 5 AO FURNISH PICV - INSTALLED BY MECHANICAL CONTRACTOR % OPENCOLD DECK VALVE AHU0-1,2, 3, 4, 5(TYP.) 5 AO FURNISH PICV - INSTALLED BY MECHANICAL CONTRACTOR % OPENHOT DECK SUPPLY TEMP AHU0-1,2, 3, 4, 5(TYP.) 5 AI F/I SENSOR DEG. F / HI TEMPCOLD DECK SUPPLY TEMP AHU0-1,2, 3, 4, 5(TYP.) 5 AI F/I SENSOR DEG. F / HI TEMPRETURN HUMIDITY AHU0-1,2, 3, 4, 5(TYP.) 5 AI F/I SENSOR % HUM / HI HUMRETURN TEMP AHU0-1,2, 3, 4, 5(TYP.) 5 AI F/I SENSOR DEG. F / HI TEMPZONE 1 RETURN TEMP AHU0-1,2, 3, 4, 5(TYP.) 5 AI F/I SENSOR DEG. F / HI TEMPZONE 2 RETURN TEMP AHU0-1,2, 3, 4, 5(TYP.) 5 AI F/I SENSOR DEG. F / HI TEMPZONE 3 RETURN TEMP AHU0-1,2, 3, 4, 5(TYP.) 5 AI F/I SENSOR DEG. F / HI TEMPZONE 1 DAMPER AHU0-1,2, 3, 4, 5(TYP.) 5 AO F/I DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPENZONE 2 DAMPER AHU0-1,2, 3, 4, 5(TYP.) 5 AO F/I DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPENZONE 3 DAMPER AHU0-1,2, 3, 4, 5(TYP.) 5 AO F/I DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
EF0-6 EXHAUST FAN - STATUS - DIFFERENTIAL PRESSURE SWITCH AHU0-1 1 DI F/I NEW SWITCH STATUS - ON/OFF EF0-6 EXHAUST FAN - START / STOP - CT AHU0-1 1 DO F/I CURRENT TRANSDUCER - HAWKEYE STATUS
EF0-6 EXHAUST FAN DAMPER ACTUATOR AHU0-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
AHU1-1 SMOKE DETECETOR AHU0-1,2, 3, 4, 5(TYP.) 1 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS STATUS EF0-7 EXHAUST FAN - STATUS - DIFFERENTIAL PRESSURE SWITCH AHU1-1 1 DI F/I NEW SWITCH STATUS - ON/OFF EF0-7 EXHAUST FAN - START / STOP - CT AHU0-1,2, 3, 4, 5(TYP.) 1 DO F/I CURRENT TRANSDUCER - HAWKEYE CONTROL
EF0-7 EXHAUST FAN DAMPER ACTUATOR AHU0-1,2, 3, 4, 5(TYP.) 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
THE FOLLOWNG POIINT SCHEDULE IS FOR REFERENCE ONLY. THIS CONTRACTOR IS RESPONSIBLE TO COORDINATE ALL WORK SPECIFIED WITHIN THE CONTRACT DOCUMENTS, SEQUENCES OF OPERATIONS AND WORK ASSOCIATED WITH OTHER TRADES. ANY DISCREPANCY BETWEEN CONTRACT DOCUMENTS SHALL RESOLVE WITH THEMORE COSTLY, COMPLEX OR STRINGENT TAKING PRECEDENT. NOTE THAT SYSTEMS ARE LISTED AS TYPICAL.
POINTS
YORK CORRECTIONAL FACILUTY - BMS POINTS SCHEDULE
MAIN BUILDING MERCHILLED WATER SERVICE
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 2 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
43
44
45
46
47
48
4950
51
52
5354555657585960
6162
63
6465666768697071727374757677
78
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICE DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
HOT WATER RETURN PRESSURE HWRP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
CP-HT-0 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-1-1,2. 3, 4, 5 (TYP 0F 5.)AHU1-1,2, 3, 4, 5(TYP OF 5)
BLDG. 1MECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTINGBACnet
FURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.REFER TO FLOOR PLANS FOR SPECIFIC LOCATION OF AHU CONTROLPANELS.
CONTROLLER OFFLINE
OUTDOOR AIR DAMPER AHU1-1,2, 3, 4, 5(TYP.) 5 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MIXED AIR DAMPER AHU1-1,2, 3, 4, 5(TYP.) 5 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU1-1,2, 3, 4, 5(TYP.) 5 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MIXED AIR TEMPERATURE SENSOR AHU1-1,2, 3, 4, 5(TYP.) 5 AI F/I NEW SENSOR DEG. F / HI TEMPSPACE HUMIDITY SENSOR AHU1-1,2, 3, 4, 5(TYP.) 5 F/I NEW SENSOR % RH / HI RHSUPPLY FAN START / STOP AHU1-1,2, 3, 4, 5(TYP.) 5 DO F/I CURRENT TRANSDUCER - HAWKEYE ON/OFFSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH AHU1-1,2, 3, 4, 5(TYP.) 5 DI F/I NEW SWITCH STATUS - ON/OFF
FAI1-1,2,3,4,5 FAN - STATUS - DIFFERENTIAL PRESSURE SWITCH AHU0-1,2, 3, 4, 5(TYP.) 5 DI F/I NEW SWITCH STATUS - ON/OFF FAI1-1,2,3,4,5 FAN - START / STOP - CT AHU0-1,2, 3, 4, 5(TYP.) 5 DO F/I CURRENT TRANSDUCER - HAWKEYE CONTROL
FAI1-1,2,3,4,5 FAN DAMPER ACTUATOR AHU0-1,2, 3, 4, 5(TYP.) 5 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU1-1,2, 3, 4, 5(TYP.) 5 DI F/I NEW SWITCH STATUS - ON/OFF
EXHAUST FAN - START / STOP - CT AHU1-1,2, 3, 4, 5(TYP.) 5 DI F/I CT - HAWKEYE CONTROL
EXHAUST FAN DAMPER ACTUATOR AHU1-1,2, 3, 4, 5(TYP.) 5 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
HOT DECK VALVE AHU1-1,2, 3, 4, 5(TYP.) 5 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENCOLD DECK VALVE AHU1-1,2, 3, 4, 5(TYP.) 5 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENHOT DECK SUPPLY TEMP AHU1-1,2, 3, 4, 5(TYP.) 5 AI F/I SENSOR DEG. F / HI TEMPCOLD DECK SUPPLY TEMP AHU1-1,2, 3, 4, 5(TYP.) 5 AI F/I SENSOR DEG. F / HI TEMPRETURN HUMIDITY AHU1-1,2, 3, 4, 5(TYP.) 5 AI F/I SENSOR % HUM / HI HUMRETURN TEMP AHU1-1,2, 3, 4, 5(TYP.) 5 AI F/I SENSOR DEG. F / HI TEMPZONE 1 RETURN TEMP AHU1-1,2, 3, 4, 5(TYP.) 5 AI F/I SENSOR DEG. F / HI TEMPZONE 2 RETURN TEMP AHU1-1,2, 3, 4, 5(TYP.) 5 AI F/I SENSOR DEG. F / HI TEMPZONE 3 RETURN TEMP AHU1-1,2, 3, 4, 5(TYP.) 5 AI F/I SENSOR DEG. F / HI TEMPZONE 1 DAMPER ACTUATOR AHU1-1,2, 3, 4, 5(TYP.) 5 AO F/I DAMPER ACTUATOR % OPENZONE 2 DAMPER ACTUATOR AHU1-1,2, 3, 4, 5(TYP.) 5 AO F/I DAMPER ACTUATOR % OPENZONE 3 DAMPER ACTUATOR AHU1-1,2, 3, 4, 5(TYP.) 5 AO F/I DAMPER ACTUATOR % OPENAHU1 THRU 5 SMOKE DETECTOR AHU1-1,2, 3, 4, 5(TYP.) 5 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS STATUS
EF1-6, 6A, 7, 9,10A, 10B, 10C, 10D, EXHAUST FAN - STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP. 8) 8 DI F/I NEW SWITCH STATUS - ON/OFF
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
AHU1-1 ---- EF-10A (LOC.ATED COLUMN. 1-0.5)AHU1-2 ---- EF1-9 (LOCATED NEAR AHU-2)
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 3 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
79
80
81
82
83
84
85
86
87
88
89
909192
93
94
95
96
9798
99
100
101102103
EF1-6, 6A, 7, 9,10A, 10B, 10C, 10D, EXHAUST FAN - START / STOP - CT (TYP. 8) 8 DO F/I CURRENT TRANSDUCER - HAWKEYE CONTROL
EF1-6, 6A, 7, 9,10A, 10B, 10C, 10D, EXHAUST FAN DAMPER ACTUATOR (TYP. 8) 8 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
AHU1-2 SPACE TEMPERATURE SENSOR LOCATIONS
ZONE 1 - RM 1-101ZONE 2 - RM 1-109ZONE 3 - RM 1-113ZONE 4 - RM 1-112ZONE 5 - RM 1-115
1 AI F/I ROOM STAT DEG. F / HI TEMP
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICE PSIHOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICE PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1F/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
EF2-6, 6A, 7, 9,10A, 10B, 10C, 10D, EXHAUST FAN - STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP. 8) 8 DI F/I NEW SWITCH STATUS - ON/OFF
EF2-6, 6A, 7, 9,10A, 10B, 10C, 10D, EXHAUST FAN - START / STOP - CT (TYP. 8) 8 DO F/I CURRENT TRANSDUCER - HAWKEYE CONTROL
EF2-6, 6A, 7, 9,10A, 10B, 10C, 10D, EXHAUST FAN DAMPER ACTUATOR (TYP. 8) 8 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
CP-HT-1 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-2-1,2. 3, 4, 5 (TYP 0F 5.)AHU2-1,2, 3, 4, 5(TYP OF 5)
BLDG. 2MECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTING
BACnetFURNISH AND INTALL A NEW CONTROL PANEL TO CONNECT POINTS ANDDEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
OUTDOOR AIR DAMPER AHU2-1,3,4, 5 (TYP.) 4 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MIXED AIR DAMPER AHU2-1,3,4, 5 (TYP.) 4 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU2-1,3,4, 5 (TYP.) 4 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MIXED AIR TEMPERATURE SENSOR AHU2-1,3,4, 5 (TYP.) 4 AI F/I NEW SENSOR DEG. F / HI TEMP
MAIN BUILDING MERCHILLED WATER SERVICE
(TYPICAL FOR ALL BUILDINGS)
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE(TYPICAL FOR ALL BUILDINGS)
AHU2-1 ---- EF-10A (LOC.ATED COLUMN. 1-0.5)AHU2-2 ---- EF1-9 (LOCATED NEAR AHU)AHU2-3 ---- EF1-10C (LOCATED AT COLUMN 8.5aAHU2-4 ---- EF1-10D (LOCATED AT COLUMN 13-0,5)AHU2-5 ---- EF1-10B (LOCATED T COLUMN 4.5A
AHU1-3 ---- EF1-10C (LOCATED AT COLUMN 9.5aAHU1-4 ---- EF1-10D (LOCATED AT COLUMN 13-0,5)AHU1-5 ---- EF1-10B (LOCATED T COLUMN 4.5AEF1-6 TOILETS A&B (LOCATED MECH MEZZ -COLUMN 3.5-E - NEAR AHU1-1EF1-6A TOILETS C&D (LOCATED MECH MEZZ -COLUMN 10.5-E - NEAR AHU1-4EF1-7 TOILETS
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 4 OF 29
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6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
104105106107108109110111112113114115116117118119120
121
122
123
124
125
126
127128
129
130
131
132
133
134
135
136137
SPACE HUMIDITY SENSOR AHU2-1,3, 4, 5(TYP.) 4 DO F/I CT - HAWKEYE % RH / HI RHSUPPLY FAN START/STOP AHU2-1,3,4, 5 (TYP.) 4 DI F/I NEW SWITCH ON/OFFEXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU2-1,3,4, 5 (TYP.) 4 DI F/I NEW SWITCH STATUS - ON/OFFEXHAUST FAN - START / STOP - CT AHU2-1,3,4, 5 (TYP.) 4 DI F/I CT - HAWKEYEEXHAUST FAN DAMPER ACTUATOR AHU2-1,3,4, 5 (TYP.) 4 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPENHOT DECK VALVE AHU2-1,3,4, 5 (TYP.) 4 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENCOLD DECK VALVE AHU2-1,3,4, 5 (TYP.) 4 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENHOT DECK SUPPLY TEMP AHU2-1,3,4, 5 (TYP.) 4 AI F/I SENSOR DEG. F / HI TEMPCOLD DECK SUPPLY TEMP AHU2-1,3,4, 5 (TYP.) 4 AI F/I SENSOR DEG. F / HI TEMPRETURN HUMIDITY AHU2-1,3,4, 5 (TYP.) 4 AI F/I SENSOR % HUM / HI HUMRETURN TEMP AHU2-1,3,4, 5 (TYP.) 4 AI F/I SENSOR DEG. F / HI TEMPZONE 1 RETURN TEMP AHU2-1,3,4, 5 (TYP.) 4 AI F/I SENSOR DEG. F / HI TEMPZONE 2 RETURN TEMP AHU2-1,3,4, 5 (TYP.) 4 AI F/I SENSOR DEG. F / HI TEMPZONE 3 RETURN TEMP AHU2-1,3,4, 5 (TYP.) 4 AI F/I SENSOR DEG. F / HI TEMPZONE 1 DAMPER AHU2-1,3,4, 5 (TYP.) 4 AO F/I DAMPER ACTUATOR % OPENZONE 2 DAMPER AHU2-1,3,4, 5 (TYP.) 4 AO F/I DAMPER ACTUATOR % OPENZONE 3 DAMPER AHU2-1,3,4, 5 (TYP.) 4 AO F/I DAMPER ACTUATOR % OPEN
EF2-6, 6A, 7, 9,10A, 10B, 10C, 10D, EXHAUST FAN - STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP. 8) 8 DI F/I NEW SWITCH STATUS - ON/OFF
EF2-6, 6A, 7, 9,10A, 10B, 10C, 10D, EXHAUST FAN - START / STOP - CT (TYP. 8) 8 DO F/I CURRENT TRANSDUCER - HAWKEYE CONTROL
EF2-6, 6A, 7, 9,10A, 10B, 10C, 10D, EXHAUST FAN DAMPER ACTUATOR (TYP. 8) 8 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICE PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
HOT WATER RETURN PRESSURE HWRP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
CP-HT-2 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
AHU2-1 ---- EF2-10A (LOC.ATED COLUMN. 1-0.5)AHU2-2 ---- EF2-9 (LOCATED NEAR AHU)AHU2-3 ---- EF2-10C (LOCATED AT COLUMN 8.5aAHU2-4 ---- EF2-10D (LOCATED AT COLUMN 13-0,5)AHU2-5 ---- EF2-10B (LOCATED T COLUMN 4.5A
EF2-6 TOILETS A&B (LOCATED MECH MEZZ -COLUMN 3.5-E - NEAR AHU1-1)EF2-6A TOILETS C&D (LOCATED MECH MEZZ -COLUMN 10.5-E - NEAR AHU1-4)EF2-7 TOILETS
MAIN BUILDING MERCHILLED WATER SERVICE
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 5 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
138
139
140141142143144145146
147148149150151152153154155156157158159160161162163
164
165
166167168169170
171172173174175176
CP-3-1,2. 3, 4, 5, 6 (TYP 0F 6.)AHU3-1,2, 3, 4, 5, 6 (TYP OF 6)
BLDG. 3MECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
OUTDOOR AIR DAMPER AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MIXED AIR DAMPER AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MIXED AIR TEMPERATURE SENSOR AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY FAN START/STOP AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 DO F/I CT - HAWKEYE ON/OFFSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 DI F/I NEW SWITCH STATUS - ON/OFFEXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 DI F/I NEW SWITCH STATUS - ON/OFFEXHAUST FAN - START / STOP - CT AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 DI F/I CT - HAWKEYE ON/OFF
EXHAUST FAN DAMPER ACTUATOR AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
HOT DECK VALVE AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENCOLD DECK VALVE AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENHOT DECK SUPPLY TEMP AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AI F/I SENSOR DEG. F / HI TEMPCOLD DECK SUPPLY TEMP AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AI F/I SENSOR DEG. F / HI TEMPRETURN HUMIDITY AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AI F/I SENSOR % HUM / HI HUMRETURN TEMP AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AI F/I SENSOR DEG. F / HI TEMPZONE 1 RETURN TEMP AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AI F/I SENSOR DEG. F / HI TEMPZONE 2 RETURN TEMP AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AI F/I SENSOR DEG. F / HI TEMPZONE 3 RETURN TEMP AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AI F/I SENSOR DEG. F / HI TEMPZONE 4 RETURN TEMP AHU3-4,6 (TYP.) 2 AI F/I SENSOR DEG. F / HI TEMPZONE 5 RETURN TEMP AHU3-5 1 AI F/I SENSOR DEG. F / HI TEMPZONE 1 DAMPER AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AO F/I DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPENZONE 2 DAMPER AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AO F/I DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPENZONE 3 DAMPER AHU3-1, 2, 3, 4, 5, 6 (TYP.) 6 AO F/I DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPENZONE 4 DAMPER AHU3-4,6 (TYP.) 3 AO F/I DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPENZONE 5 DAMPER AHU3-5 1 AO F/I DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
EF3-6, 6A, 7, 9,10A, 10B, 10C, 10D, EXHAUST FAN - STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP. 8) 8 DI F/I NEW SWITCH STATUS - ON/OFF
EF3-6, 6A, 7, 9,10A, 10B, 10C, 10D, EXHAUST FAN - START / STOP - CT (TYP. 8) 8 DO F/I CURRENT TRANSDUCER - HAWKEYE CONTROL
EF3-6, 6A, 7, 9,10A, 10B, 10C, 10D, EXHAUST FAN DAMPER ACTUATOR (TYP. 8) 8 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
SMOKE PURGE - AHU3-4 (0NLY) SMK DAMPER 1 - SMOKE ZONE 3 - UPPER LEVEL LOUNG - 3U-E03 BLDG. 3 1 DO % OPENSMOKE PURGE - AHU3-4 (0NLY) SMK DAMPER 2 - SMOKE ZONE 3 - INMATE ROOMS E BLDG. 3 1 DO % OPENSMOKE PURGE - AHU3-4 (0NLY) SMK DAMPER 3 - SMOKE ZONE 2 - LOWER LOUNGE 3L-E02 BLDG. 3 1 DO % OPENSMOKE PURGE - AHU3-4 (0NLY) SMK DAMPER 4 - SMOKE ZONE 2 - LOWER LOUNGE 3U-E02 BLDG. 3 1 DO % OPEN
SMOKE PURGE - AHU3-4 (0NLY)SMK DAMPER 5 - AHU3-4 - RETURN DUCT FROM INMATE RROM D AND CORRIDOR -EXHAUST DAMPER LOCATED AT AHU
BLDG. 3 1 DO % OPEN
SMOKE PURGE - AHU3-4 (0NLY) SMK DAMPER 6 - AHU3-4 EXHAUST DAMPER LOCATED AT AHU (EF3-10-0) BLDG. 3 1 DO % OPENSMOKE PURGE - AHU3-4 (0NLY) SMK DAMPER 7 - SMOKE ZONE 1 - LOUNGE 3U-E02 BLDG. 3 1 DO % OPENSMOKE PURGE - AHU3-4 (0NLY) SMK DAMPER 8 - SMOKE ZONE 2 - LOWER LOUNGE 3L-E02 BLDG. 3 1 DO % OPENSMOKE PURGE - AHU3-4 (0NLY) SMK DAMPER 9 - SUPPLY DUCT TO CORRIDOR BLDG. 3 1 DO % OPENSMOKE PURGE - AHU3-4 (0NLY) SMK DAMPER 10 - SUPPLY DUCT TO INMATE ROOM D BLDG. 3 1 DO % OPEN
AHU3-1 ---- EF3-10A (LOC.ATED COLUMN. 1-E5)AHU3-2 ---- EF3-10A (LOCATED COLUMN 4.5-A7)AHU3-3 ---- EF3-10C (LOCATED COLUMN 1.3-4.7AHU3-4 ---- EF3-10D (LOCATED AT AHU3-4AHU3-5 ---- EF1-11 (LOCATED T COLUMN 8H
EF3-6 TOILETSEF3-6A TOILETSEF3-7 TOILETS
FURNISH AND INSTALL NEW ELECTRONIC DAMPER ACTUATORS.EXTEND WIRING FROM NEW CONTROLLER TO NEW ACTUATOR ANDCOMMISSION AS SPECIFIED IN SECTIONS 230923 AND 230999.(TYP. SMOKE DAMPER 1 THRU 11).
SMOKE PURGE ZONE 1 - UPPER LEVEL LOUNGE 3U-E03SMOKE PURGE ZONE 2 - LOWER LEVEL LOUNG 3L-E02SMOKE PURGE ZONE 3 - INMATE ROOMS E
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 6 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
177
178
179
180181
182
183
184
185
186
187
188
189
190191
192
193
194195196197198199200
201202203204205206207208209210211212213
SMOKE PURGE - AHU3-4 (0NLY)SMK DAMPER 11 - AHU3-4 - RETURN DUCT FROM ZONES 1, 2, 3 CORRIDOR, INMATERMS D
BLDG. 3 1 DO % OPEN
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICE PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
HOT WATER RETURN PRESSURE HWRP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
CP-HT-3 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-4-4-1, 2, 3 (TYP OF 3.) AHU4-1, 2, 3 (TYP. OF 3)
BLDG. 4MECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
OUTDOOR AIR DAMPER AHU4-1, 2, 3 (TYP.) 3 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MIXED AIR DAMPER AHU4-1, 2, 3 (TYP.) 3 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU4-1, 2, 3 (TYP.) 3 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MIXED AIR TEMPERATURE SENSOR AHU4-1, 2, 3 (TYP.) 3 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY FAN START/STOP AHU4-1, 2, 3 (TYP.) 3 DO F/I CT - HAWKEYE ON/OFFSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH AHU4-1, 2, 3 (TYP.) 3 DI F/I NEW SWITCH STATUS - ON/OFFEXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU4-1, 2, 3 (TYP.) 3 DI F/I NEW SWITCH STATUS - ON/OFFEXHAUST FAN - START / STOP - CT AHU4-1, 2, 3 (TYP.) 3 DI F/I CT - HAWKEYE STATUS - ON/OFF
EXHAUST FAN DAMPER ACTUATOR AHU4-1, 2, 3 (TYP.) 3 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
HOT DECK VALVE AHU4-1, 2, 3 (TYP.) 3 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENCOLD DECK VALVE AHU4-1, 2, 3 (TYP.) 3 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENHOT DECK SUPPLY TEMP AHU4-1, 2, 3 (TYP.) 3 AI F/I SENSOR DEG. F / HI TEMPCOLD DECK SUPPLY TEMP AHU4-1, 2, 3 (TYP.) 3 AI F/I SENSOR DEG. F / HI TEMPRETURN HUMIDITY AHU4-1, 2, 3 (TYP.) 3 AI F/I SENSOR % HUM / HI HUMRETURN TEMP AHU4-1, 2, 3 (TYP.) 3 AI F/I SENSOR DEG. F / HI TEMPZONE 1 RETURN TEMP AHU4-1, 2, (TYP.) 2 AI F/I SENSOR DEG. F / HI TEMPZONE 2 RETURN TEMP AHU4-1, 2, (TYP.) 2 AI F/I SENSOR DEG. F / HI TEMPZONE 3 RETURN TEMP AHU4-1, 2, (TYP.) 2 AI F/I SENSOR DEG. F / HI TEMPZONE 4 RETURN TEMP AHU4-1, 2, (TYP.) 2 AI F/I SENSOR DEG. F / HI TEMPZONE 5 RETURN TEMP AHU4-1, 2, (TYP.) 2 AI F/I SENSOR DEG. F / HI TEMPZONE 6 RETURN TEMP AHU4-1, 2, (TYP.) 2 AI F/I SENSOR DEG. F / HI TEMP
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
MAIN BUILDING MERCHILLED WATER SERVICE
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 7 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
214215216217218219220221222223224225226227228229230231232233234235236237
238239240241242243244245246
247
248249
250
251
252
253
254
255
256
257
ZONE 1 DAMPER AHU4-1, 2, 3 (TYP.) 3 AO F/I DAMPER ACTUATOR % OPENZONE 2 DAMPER AHU4-1, 2, 3 (TYP.) 3 AO F/I DAMPER ACTUATOR % OPENZONE 3 DAMPER AHU4-1, 2, 3 (TYP.) 3 AO F/I DAMPER ACTUATOR % OPENZONE 4 DAMPER AHU4-1, 2, (TYP.) 2 AO F/I DAMPER ACTUATOR % OPENZONE 5 DAMPER AHU4-1, 2, (TYP.) 2 AO F/I DAMPER ACTUATOR % OPENZONE 6 DAMPER AHU4-1, 2, (TYP.) 2 AO F/I DAMPER ACTUATOR % OPENTU4-1 GROUP ROOM 4-108 N/ATU4-2 INMATE PROPERTY 4-120 N/ATU4-3 GROUP RROM 4-105 N/ATU4-3-2 CENTRAL CLINIC 4-158 N/ATU4-3-3 CONFERENCE 4-145 N/ATU4-4 PHARMACY 4-122 N/ATU4-5 SOCIAL WORKER 4-105 N/ATU4-6 CORRIDOR 4-159 N/ATU4-7 HEAD NURSE 4-157 N/ATU4-8 LAB 4-151 N/ATU4-9 MN SURGUERY 4-149 N/ATU4-10 EXAM 3 4-125 N/ATU4-11 EXAM 4 4-128 N/ATU4-12 EXAM CORRIDOR 4-139A N/ATU4-13 DR. OFF. #4 4-131 N/ATU4-14 HEAD PHYCH NURSE 4-134 N/ATU4-15 MENTAL HEALTH DR. 4-144 N/ATU4-17 HEALTH SERVICE DR. 4-148 N/A
MANUAL EF FAN CONTROL PANEL LOCATED AT NURSES STATION (TYP. 6)
THIS SYSTEM WILL REMAIN IN PLACE.REPLACE PNUEMATIC OUTPUT FROM THE PANELRELAY TO THE DAMPER ACTUATOR.REPLACE THE EXISTING PNUEMATIC ACTUATORWITH AN ELECTRONIC ACTUATOR.
EF4-9 MANUAL CONTROL ROOM 4-901 1 1 1EF4-10 MANUAL CONTROL ROOM 4-902 1 1 1EF4-11 MANUAL CONTROL ROOM 4-903 1 1 1EF4-12 MANUAL CONTROL ROOM 4-904 1 1 1EF4-13 MANUAL CONTROL ROOM 4-905 1 1 1EF4-14 MANUAL CONTROL ROOM 4-906 1 1 1
EF4-3, 7, 8 EXHAUST FAN - STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP. 8) 3 DI F/I NEW SWITCH STATUS - ON/OFFEF4-3, 7, 8 EXHAUST FAN - START / STOP - CT (TYP. 8) 3 DO F/I CURRENT TRANSDUCER - HAWKEYE CONTROL
EF4-3, 7, 8 EXHAUST FAN DAMPER ACTUATOR (TYP. 8) 3 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICE DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
DEG. F / BTU
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
AHU4-1 ----EF4-7 (LOC.ATED AT AHU)AHU4-2 ----EF4-8 (LOCATED AT UNIT)AHU4-3 ---- EF4-3 (LOCATED AT UNIT)NOTE - EF4-3 AND SF OF UNIT SERVED BY EXISTING
MAIN BUILDING MERCHILLED WATER SERVICE
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
REPLACE EXISTING CONTROLLER WITH NEW TERMINAL UNITCONTROLLER.FURNISH AND INSTALL (F/I) NEW ELECTRONIC REHEAT VALVES.F/I WIRING TO REHEAT VALVE.REPLACE EXISTING WALL SENSOR AS INDICATED.EXTEND NEW CONTROLLER COMMUNICATION SUBNETWORKCONNECTED TO NEAREST MASTER (IP LEVEL) CONTROLLER.
REPLACE THE EXISTING PNEUMATIC DAMPER ACTUATOR WITH A NEWELECTRONIC ACTUATOR.EXTEND WIRING FROM THE EXISTING RELAY TO NEW DAMPER.
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 8 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
258
259
260261
262263
264265266267268269270
271272273274275276277278279280281282283284285
286287288
289290291292293294295296297298299
300
301
HOT WATER RETURN PRESSURE HWRP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AIF/I NEW DEVICE WITHIN THE MAIN BUILDING MER / WATER SERVICEENTRANCE
PSI
CP-HT-4 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-5-AHU5-1AHU5-1
BLDG. 5GYMNASIUM
MECHANICAL MEZZBACnet
FURNISH AND INTALL A NEW CONTROL PANEL TO CONNECT POINTS ANDDEVICES AS LISTED HEREIN. CONTROLLER OFFLINE
OUTDOOR AIR DAMPER AHU5-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MIXED AIR DAMPER AHU5-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU5-1 1 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MIXED AIR TEMPERATURE SENSOR AHU5-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU5-1 1 DI F/I NEW SWITCH STATUS - ON/OFFSUPPLY FAN - START / STOP - CT AHU5-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE ON/OFFEXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU5-1 1 DI F/I NEW SWITCH STATUS - ON/OFFEXHAUST FAN - START / STOP - CT AHU5-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE
EXHAUST FAN DAMPER ACTUATOR AHU5-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
HOT DECK VALVE AHU5-1 1 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENCOLD DECK VALVE AHU5-1 1 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENHOT DECK SUPPLY TEMP AHU5-1 1 AI F/I SENSOR DEG. F / HI TEMPCOLD DECK SUPPLY TEMP AHU5-1 1 AI F/I SENSOR DEG. F / HI TEMPRETURN HUMIDITY AHU5-1 1 AI F/I SENSOR % HUM / HI HUMRETURN TEMP AHU5-1 1 AI F/I SENSOR DEG. F / HI TEMPAHU5-1 VFD - START / STOP AHU5-1 1 DO COMMANDAHU5-1 VFD - STATUS AHU5-1 1 DI STATUS ON / OFF
AHU5-1 VFD - SPEED CONTROL AHU5-1 1 AO SPEED OUIPUTAHU5-1 VFD - SPEED READING AHU5-1 1 AI SPEED READINGAHU4-3 STATIC PRESSURE SENSOR AHU4-3 AI INSTALL NEW SPT 2/3 DOWN LONGEST MAIN DUCT. SP-IN.
EF5-1,2,4 EXHAUST FAN - STATUS - DIFFERENTIAL PRESSURE SWITCH 3 DI F/I NEW SWITCH STATUS - ON/OFFEF5-1,2,4 EXHAUST FAN - START / STOP - CT 3 DO F/I CURRENT TRANSDUCER - HAWKEYE CONTROL
EF5-1,2,4 EXHAUST FAN DAMPER ACTUATOR 3 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
EF5-1, 2, 4 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH AHU5-1 1 DI F/I NEW SWITCH STATUS - ON/OFFEF5-1, 2, 4 EXHAUST FAN - START / STOP - CT AHU5-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF5-1, 2, 4 EXHAUST FAN DAMPER ACTUATOR AHU5-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FCU-5-1, 2, 3, 4 (TYP 4) SUPPLY AIR TEMP FCU-5-1, 2, 3, 4 (TYP 4) 4 AI F/I NEW DAMPER ACTUATOR DEG. F / HI TEMPFCU-5-1, 2, 3, 4 (TYP 4) MIXED AIR TEMP FCU-5-1, 2, 3, 4 (TYP 4) 4 AI F/I NEW TEMP SENSOR DEG. F / HI TEMPFCU-5-1, 2, 3, 4 (TYP 4) FREEZ STATS FCU-5-1, 2, 3, 4 (TYP 4) 4 DI F/I NEW FREEZSTAT STATUSFCU-5-1, 2, 3, 4 (TYP 4) FILTER STATUS FCU-5-1, 2, 3, 4 (TYP 4) 4 DI F/I NEW DIFFERENTIAL PRESSURE SWITCH STATUSFCU-5-1, 2, 3, 4 (TYP 4) FAN START / STOP FCU-5-1, 2, 3, 4 (TYP 4) 4 DO F/1 NEW CT FOR S/S CONTROLFCU-5-1, 2, 3, 4 (TYP 4) FAN STATUS FCU-5-1, 2, 3, 4 (TYP 4) 4 DI F/1 NEW CT FOR STATUS ON / OFFFCU-5-1, 2, 3, 4 (TYP 4) OUTDOOR AIR DAMPER FCU-5-1, 2, 3, 4 (TYP 4) 4 AO F/1 NEW DAMPER ACTUATOR - EXISTING DAMPER TO REMAIN % OPENFCU-5-1, 2, 3, 4 (TYP 4) COOLING COIL VALVE FCU-5-1, 2, 3, 4 (TYP 4) 4 AO F/1 NEW COOLING VALVE % OPENFCU-5-1, 2, 3, 4 (TYP 4) HEATING COIL VALVE FCU-5-1, 2, 3, 4 (TYP 4) 4 AO F/1 NEW HEATING VALVE % OPEN
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
AHU5-1 ----EF5-1 (LOC.ATED AT AHU)EF5-2 TOILETSEF5-4 --- MECH ROOM 5-118NOTE: AHU5-1 SF SERVED BY EXISTING VFD
MAIN BUILDING MER
WIRE TO EXISTING VFD, SET VFD PARAMETERS AS REQUIRED.
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 9 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
302
303
304
305
306
307308309
310
311312
313
314
315316317318319320321
322323324325326327328329330331
332333334335336337338339340341
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSIHOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CP-HT-5 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-6--1AHU6-1
BLDG. 6GYMNASIUM
MECHANICAL MEZZREFER TO DRAWINGS M750 THRU M769 FOR PANEL
AND EQUIPMENT LOCATION AS WELL AS CABLEROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
OUTDOOR AIR DAMPER AHU6-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MIXED AIR DAMPER AHU6-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU6-1 1 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MIXED AIR TEMPERATURE SENSOR AHU6-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU6-1 1 DI F/I NEW SWITCH STATUS - ON/OFFSUPPLY FAN - START / STOP - CT AHU6-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE ON/OFF
EF6-4 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU6-1 1 DI F/I NEW SWITCH STATUS - ON/OFFEF6-4 EXHAUST FAN - START / STOP - CT AHU6-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF6-4 EXHAUST FAN DAMPER ACTUATOR AHU6-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
HOT WATER VALVE AHU6-1 1 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENCHILLED WATER VALVE AHU6-1 1 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENRETURN HUMIDITY AHU6-1 1 AI F/I SENSOR % HUM / HI HUMAHU6-1 VFD - START / STOP AHU6-1 1 DO COMMANDAHU6-1 VFD - STATUS AHU6-1 1 DI STATUS ON / OFFAHU6-1 VFD - SPEED CONTROL AHU6-1 1 AO SPEED OUIPUTAHU6-1 VFD - SPEED READING AHU6-1 1 AI SPEED READINGAHU6-1 STATIC PRESSURE SENSOR AHU6-1 AI INSTALL NEW SPT 2/3 DOWN LONGEST MAIN DUCT. SP-IN.SUPPLY AIR SMOKE DETECTOR AHU6-1 1 WIRE TO EXISTING SMOKE DETECTOR. STATUSRETURN AIR SMOKE DETECTOR AHU6-1 1 WIRE TO EXISTING SMOKE DETECTOR. STATUSTU6-1 COUNSELOR 6-108TU6-2 COUNSELOR 6-109TU6-3 COUNSELOR 6-116TU6-4 TESTING CLASSROOM 6-145TU6-5 INMATE WAITING 6-144TU6-6 TESTING CLASSROOM 6-147TU6-8 SECRETARY 6-121TU6-9 D. WARDEN PROGRAMS 6-122TU6-10 D. WARDEN OPS. 6-124
MAIN BUILDING MERCHILLED WATER SERVICE
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
TU-1 THROUGH 16:REPLACE EXISTING CONTROLLER WITH NEW TERMINAL UNITCONTROLLER.EXISTING REHEAT VALVES SHALL REMAIN AND BE REUSED.F/I WIRING TO EXISTING VALVE.REPLACE EXISTING WALL SENSOR AS INDICATED IN NOTES SECTION.
WIRE TO EXISTING VFD, SET VFD PARAMETERS AS REQUIRED.
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 10 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
342343344345346347348349
350351352
353354
355
356
357
358
359
360
361
362363364365
366
367368
369
370
371372373374375376377
378379
TU6-11 ASSEMBLY (NORTH) 6-101TU6-12 ASSEMBLY (SOUTH) 6-101TU6-13 SHIFT CAPTAIN 6-102TU6-14 CONFERENCE 6-141TU6-15 WORK AREA 6-137TU6-16 INMATE RECORDS 6-135
EF6-2 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU6-2 1 DI F/I NEW SWITCH STATUS - ON/OFFEF6-2 EXHAUST FAN - START / STOP - CT AHU6-2 1 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF6-2 EXHAUST FAN DAMPER ACTUATOR AHU6-2 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
EF6-4 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) EF6-4 1 DI F/I NEW SWITCH STATUS - ON/OFFEF6-4 EXHAUST FAN - START / STOP - CT EF6-4 1 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF6-4 EXHAUST FAN DAMPER ACTUATOR EF6-4 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
EF6-4 INTAKE FAN DAMPER ACTUATOR EF6-4 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTUHOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSIHOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CP-HT-6 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-7-1AHU7-1
BLDG. 7GYMNASIUM
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
OUTDOOR AIR DAMPER AHU7-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MIXED AIR DAMPER AHU7-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU7-1 1 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MIXED AIR TEMPERATURE SENSOR AHU7-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU7-1 1 DI F/I NEW SWITCH STATUS - ON/OFFSUPPLY FAN - START / STOP - CT AHU7-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF7-4 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU7-1 1 DI F/I NEW SWITCH STATUS - ON/OFFEF7-4 EXHAUST FAN - START / STOP - CT AHU7-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF7-4 EXHAUST FAN DAMPER ACTUATOR
AHU7-1MECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTING
1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
HOT WATER VALVE AHU7-1 1 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPEN
REPLACE EXISTING WALL SENSOR AS INDICATED IN NOTES SECTION.EXTEND NEW CONTROLLER COMMUNICATION SUBNETWORKCONNECTED TO NEAREST MASTER (IP LEVEL) CONTROLLER.
MAIN BUILDING MERCHILLED WATER SERVICE
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 11 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
380381382383384385386387388389390391392393394395396397398
399
400401402403404405406407
408
409
410
411
412
413
414
415416417418419
420
421422
CHILLED WATER VALVE AHU7-1 1 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENRETURN HUMIDITY AHU7-1 1 AI F/I SENSOR % HUM / HI HUMAHU7-1 VFD - START / STOP AHU7-1 1 DO COMMANDAHU7-1 VFD - STATUS AHU7-1 1 DI STATUS ON / OFFAHU7-1 VFD - SPEED CONTROL AHU7-1 1 AO SPEED OUIPUTAHU7-1 VFD - SPEED READING AHU7-1 1 AI SPEED READINGSUPPLY AIR SMOKE DETECTOR AHU7-1 1 DI WIRE TO EXISTING SMOKE DETECTOR. STATUSRETURN AIR SMOKE DETECTOR AHU7-1 1 DI WIRE TO EXISTING SMOKE DETECTOR. STATUS
FCU7-1, 2,(TYP.) SUPPLY AIR TEMP FCU7-1, 2,(TYP.) 2 AI F/I NEW SENSOR DEG. F / HI TEMPFCU7-1, 2,(TYP.) MIXED AIR TEMP FCU7-1, 2,(TYP.) 2 AI F/I NEW SENSOR DEG. F / HI TEMPFCU7-1, 2,(TYP.) FREEZ STATS FCU7-1, 2,(TYP.) 2 DI F/I NEW SENSOR STATUSFCU7-1, 2,(TYP.) FILTER STATUS FCU7-1, 2,(TYP.) 2 DI F/I NEW SWITCH STATUSFCU7-1, 2,(TYP.) FAN START / STOP FCU7-1, 2,(TYP.) 2 DO F/I CURRENT TRANSDUCER - HAWKEYE CONTROLFCU7-1, 2,(TYP.) FAN STATUS FCU7-1, 2,(TYP.) 2 DI F/I CURRENT TRANSDUCER - HAWKEYE ON / OFFFCU7-1, 2,(TYP.) OUTDOOR AIR DAMPER FCU7-1, 2,(TYP.) 2 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS DEG. F / HI TEMPFCU7-1, 2,(TYP.) COOLING COIL VALVE FCU7-1, 2,(TYP.) 2 AO F/1 NEW COOLING VALVE % OPENFCU7-1, 2,(TYP.) HEATING COIL VALVE FCU7-1, 2,(TYP.) 2 AO F/1 NEW HEATING VALVE % OPEN
CP-7-2 MAU7-1 BLDG. 7 BACnet FURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTS CONTROLLER OFFLINE
MAU7-1 OUTDOOR AIR DAMPER AHU7-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MAU7-1 MIXED AIR DAMPER AHU7-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MAU7-1 FILTER STATUS AHU7-1 1 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MAU7-1 MIXED AIR TEMPERATURE SENSOR AHU7-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPMAU7-1 MAU7-1 SMOKE DETECETOR MAU7-1 1 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS STATUSMAU7-1 SUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU7-1 1 DI F/I NEW SWITCH STATUS - ON/OFFMAU7-1 SUPPLY FAN - START / STOP - CT AHU7-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE ON / OFF
EF7-2, 3, 4, 5 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) EF7-2, 3, 4, 5 4 DI F/I NEW SWITCH STATUS - ON/OFFEF7-2, 3, 4, 5 EXHAUST FAN - START / STOP - CT EF7-2, 3, 4, 5 4 DI F/I CURRENT TRANSDUCER - HAWKEYE ON / OFF
EF7-2, 3, 4, 5 EXHAUST FAN DAMPER ACTUATOR EF7-2, 3, 4, 5 4 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTUHOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTUHOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSIHOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CP-HT-7 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
WIRE TO EXISTING VFD, SET VFD PARAMETERS AS REQUIRED.
MAIN BUILDING MERCHILLED WATER SERVICE
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 12 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
423
424
425426427428429430431
432433434435436437438439440441442443444445446447448
449450451
452
453454455456457458459460
461462463464465466467
CP-8-1 AHU8-1
BLDG. 8MECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTINGBACnet
FURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
OUTDOOR AIR DAMPER AHU8-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MIXED AIR DAMPER AHU8-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU8-1 1 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MIXED AIR TEMPERATURE SENSOR AHU8-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU8-1 1 DI F/I NEW SWITCH STATUS - ON/OFFSUPPLY FAN - START / STOP - CT AHU8-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF8-4 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU8-1 1 DI F/I NEW SWITCH STATUS - ON/OFFEF8-4 EXHAUST FAN - START / STOP - CT AHU8-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE ON / OFF
EF8-4 EXHAUST FAN DAMPER ACTUATOR AHU8-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
HOT WATER VALVE AHU8-1 6 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENCHILLED WATER VALVE AHU8-1 6 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENRETURN HUMIDITY AHU8-1 6 AI F/I SENSOR % HUM / HI HUMAHU7-1 VFD - START / STOP AHU8-1 1 DO COMMANDAHU7-1 VFD - STATUS AHU8-1 1 DI STATUS ON / OFFAHU7-1 VFD - SPEED CONTROL AHU8-1 1 AO SPEED OUIPUTAHU7-1 VFD - SPEED READING AHU8-1 1 AI SPEED READINGSUPPLY AIR SMOKE DETECTOR AHU8-1 1 WIRE TO EXISTING SMOKE DETECTOR. STATUSAHU8-1 STATIC PRESSURE SENSOR AHU8-1 1 AI INSTALL NEW SPT 2/3 DOWN LONGEST MAIN DUCT. SP-IN.RETURN AIR SMOKE DETECTOR AHU8-1 1 WIRE TO EXISTING SMOKE DETECTOR. STATUS
FCU8-1, 2,(TYP.) SUPPLY AIR TEMP FCU8-1, 2,(TYP.) 2 AI F/I NEW SENSOR DEG. F / HI TEMPFCU8-1, 2,(TYP.) MIXED AIR TEMP FCU8-1, 2,(TYP.) 2 AI F/I NEW SENSOR DEG. F / HI TEMPFCU8-1, 2,(TYP.) FREEZ STATS FCU8-1, 2,(TYP.) 2 DI F/I NEW SENSOR STATUSFCU8-1, 2,(TYP.) FILTER STATUS FCU8-1, 2,(TYP.) 2 DI F/I NEW PRESSURE DIFFERENTIAL SWITCH STATUSFCU8-1, 2,(TYP.) FAN START / STOP FCU8-1, 2,(TYP.) 2 DO F/I CURRENT TRANSDUCER - HAWKEYE CONTROLFCU8-1, 2,(TYP.) FAN STATUS FCU8-1, 2,(TYP.) 2 DI F/I CURRENT TRANSDUCER - HAWKEYE ON / OFF
FCU8-1, 2,(TYP.) OUTDOOR AIR DAMPER FCU8-1, 2,(TYP.) 2 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS DEG. F / HI TEMP
FCU8-1, 2,(TYP.) COOLING COIL VALVE FCU8-1, 2,(TYP.) 2 F/1 NEW COOLING VALVE % OPENFCU8-1, 2,(TYP.) HEATING COIL VALVE FCU8-1, 2,(TYP.) 2 F/1 NEW HEATING VALVE % OPEN
MAU8-1 OUTDOOR AIR DAMPER AHU8-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MAU8-1 MIXED AIR DAMPER AHU8-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MAU8-1 FILTER STATUS AHU8-1 1 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MAU8-1 MIXED AIR TEMPERATURE SENSOR AHU8-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPMAU8-1 MAU7-1 SMOKE DETECETOR AHU8-1 1 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS STATUSMAU8-1 SUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU8-1 1 DI F/I NEW SWITCH STATUS - ON/OFFMAU8-1 SUPPLY FAN - START / STOP - CT AHU8-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF8-2, 3, 4, 5 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) EF8-2, 3, 4, 5 4 DI F/I NEW SWITCH STATUS - ON/OFFEF8-2, 3, 4, 5 EXHAUST FAN - START / STOP - CT EF8-2, 3, 4, 5 4 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF8-2, 3, 4, 5 EXHAUST FAN DAMPER ACTUATOR EF8-2, 3, 4, 5 4 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
TU8-1 CHAPEL 137 MSTPTU8-2 CHAPEL 137 MSTPTU8-3 FISCAL CLERK 167 MSTPTU8-4 SECRETARY 162 MSTPTU8-5 WARDEN 161 MSTPTU8-6 WARDEN CONFERENCE 160 MSTP
TU-1 THROUGH TU-17:REPLACE EXISTING CONTROLLER WITH NEW TERMINAL UNITCONTROLLER.EXISTING REHEAT VALVES SHALL REMAIN AND BE REUSED.
WIRE TO EXISTING VFD, SET VFD PARAMETERS AS REQUIRED.
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 13 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
468469470471472473474
475
476
477
478
479480481482483
484
485
486
487488
489490
491
492493494495496497498499500501502503504505506
TU8-8 BUSINESS MANAGGER 140 MSTPTU8-10 WAITING 100 MSTPTU8-12 VISITATION 114 MSTPTU8-13 ATTORNEY/CLIENT 111 MSTPTU8-14 VISITATION 114 MSTPTU8-15 VISITATION 114 MSTPTU8-17 GUARD STATION 119 MSTP
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSIHOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTUHOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTUHOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CP-HT-8 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-9A-1, 2 (TYP. OF 2) AHU9A-1, 2 (TYP. OF 2)
BLDG. 9AMECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
OUTDOOR AIR DAMPER AHU9A-1, 2 (TYP) 2 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MIXED AIR DAMPER AHU9A-1, 2 (TYP) 2 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU9A-1, 2 (TYP) 2 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MIXED AIR TEMPERATURE SENSOR AHU9A-1, 2 (TYP) 2 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU9A-1, 2 (TYP) 2 DI F/I NEW SWITCH STATUS - ON/OFFSUPPLY FAN - START / STOP - CT AHU9A-1, 2 (TYP) 2 DI F/I CURRENT TRANSDUCER - HAWKEYEHOT WATER VALVE AHU9A-1, 2 (TYP) 2 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENCHILLED WATER VALVE AHU9A-1, 2 (TYP) 2 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENRETURN HUMIDITY AHU9A-1, 2 (TYP) 2 AI F/I SENSOR % HUM / HI HUMAHU9A-1 VFD - START / STOP AHU9A-1, 2 (TYP) 1 DO COMMANDAHU9A-1 VFD - STATUS AHU9A-1, 2 (TYP) 1 DI STATUS ON / OFFAHU9A-1 VFD - SPEED CONTROL AHU9A-1, 2 (TYP) 1 AO SPEED OUIPUTAHU9A-1 VFD - SPEED READING AHU9A-1, 2 (TYP) 1 AI SPEED READINGAHU9A-1 VFD - BYPASS CONTACT AHU9A-1, 2 (TYP) N/A STATUSAHU9A-1 STATIC PRESSURE SENSOR AHU9A-1, 2 (TYP) AI INSTALL NEW SPT 2/3 DOWN LONGEST MAIN DUCT. SP-IN.SUPPLY AIR SMOKE DETECTOR AHU9A-1, 2 (TYP) 1 AI WIRE TO EXISTING SMOKE DETECTOR. STATUS
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
MAIN BUILDING MERCHILLED WATER SERVICE
EXISTING REHEAT VALVES SHALL REMAIN AND BE REUSED.F/I WIRING TO EXISTING VALVE.REPLACE EXISTING WALL SENSOR AS INDICATED IN NOTES SECTION.EXTEND NEW CONTROLLER COMMUNICATION SUBNETWORKCONNECTED TO NEAREST MASTER (IP LEVEL) CONTROLLER.
WIRE TO EXISTING VFD, SET VFD PARAMETERS AS REQUIRED.
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 14 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
507508509510511512513514515516517518519520521522523524525
526527528529530531532533
534
535
536
537
538
539
540
541542543544545
546
547548
RETURN AIR SMOKE DETECTOR AHU9A-1, 2 (TYP) 1 DI WIRE TO EXISTING SMOKE DETECTOR. STATUS
TU9A-1 STADD DINING 9A-101 MSTPTU9A-2 STADD DINING 9A-100 MSTP
HX9A-1 HOT WATER BYPASS VALVE - BUILDING SIDE HX9A-1 1 AO FURNISH ONLY VALVE. INSTALLED NY MECHANCIAL % OPENHX9A-1 HOT WATER DIFFFRENTIAL PRESSURE HX9A-1 1 AI F/I NEW SENSOR DIFF. PRES. / OUT OF RANGEHX9A-1 HOT WATER SUPPLY TEMPERATURE HX9A-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPHX9A-1 HOT WATER RETURN TEMPERATURE HX9A-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPHX9A-1 HOT WATER BYPASS VALVE - MTHW LOOP SIDE HX9A-1 1 AO FURNISH ONLY VALVE. INSTALLED BY MECHANCIAL % OPENHX9A-1 HOT WATER PUMP SET COMMON ALARM HX9A-1 1 DI WIRE TO DRY CONTACT. PROVIDE ALARM AT BMS NORMAL / ALARM
FCU9A-1, 2,(TYP.) SUPPLY AIR TEMP FCU9A-1, 2,(TYP.) 2 AI F/I NEW SENSOR DEG. F / HI TEMPFCU9A-1, 2,(TYP.) MIXED AIR TEMP FCU9A-1, 2,(TYP.) 2 AI F/I NEW SENSOR DEG. F / HI TEMPFCU9A-1, 2,(TYP.) FREEZ STATS FCU9A-1, 2,(TYP.) 2 DI F/I NEW SENSOR STATUSFCU9A-1, 2,(TYP.) FILTER STATUS FCU9A-1, 2,(TYP.) 2 DI F/I NEW DIFFERENTIAL PRESSURE SWITCH STATUSFCU9A-1, 2,(TYP.) FAN START / STOP FCU9A-1, 2,(TYP.) 2 DO F/I CURRENT TRANSDUCER - HAWKEYE CONTROLFCU9A-1, 2,(TYP.) FAN STATUS FCU9A-1, 2,(TYP.) 2 DI F/I CURRENT TRANSDUCER - HAWKEYE ON / OFFFCU9A-1, 2,(TYP.) OUTDOOR AIR DAMPER FCU9A-1, 2,(TYP.) 2 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPENFCU9A-1, 2,(TYP.) COOLING COIL VALVE FCU9A-1, 2,(TYP.) 2 AO F/1 NEW COOLING VALVE % OPENFCU9A-1, 2,(TYP.) HEATING COIL VALVE FCU9A-1, 2,(TYP.) 2 AO F/1 NEW HEATING VALVE % OPENMAU9A-1,2,3,4,5 OUTDOOR AIR DAMPER MAU9A-1,2,3,4,5 5 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MAU9A-1,2,3,4,5 MIXED AIR DAMPER MAU9A-1,2,3,4,5 5 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MAU9A-1,2,3,4,5 FILTER STATUS MAU9A-1,2,3,4,5 5 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MAU9A-1,2,3,4,5 MIXED AIR TEMPERATURE SENSOR MAU9A-1,2,3,4,5 5 AI F/I NEW SENSOR DEG. F / HI TEMPMAU9A-1,2,3,4,5 MAU7-1 SMOKE DETECETOR MAU9A-1,2,3,4,5 5 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS STATUSMAU9A-1,2,3,4,5 SUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) MAU9A-1,2,3,4,5 5 DI F/I NEW SWITCH STATUS - ON/OFFMAU9A-1,2,3,4,5 SUPPLY FAN - START / STOP - CT MAU9A-1,2,3,4,5 5 DI F/I CURRENT TRANSDUCER - HAWKEYE ON / OFFEF9A-7,8,9,10,11 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) EF9A-7,8,9,10,11 5 DI F/I NEW SWITCH STATUS - ON/OFFEF9A-7,8,9,10,11 EXHAUST FAN - START / STOP - CT EF9A-7,8,9,10,11 5 DI F/I CURRENT TRANSDUCER - HAWKEYE ON / OFF
EF9A-7,8,9,10,11 EXHAUST FAN DAMPER ACTUATOR EF9A-7,8,9,10,11 5 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTUHOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTUHOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSIHOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSIHOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CP-HT-9A HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
MAIN BUILDING MERCHILLED WATER SERVICE
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
REPLACE EXISTING CONTROLLER WITH NEW TERMINAL UNITCONTROLLERS.
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 15 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
549
550
551552553554555
556557
558559560561562563564565566567568569570571572573574575576577578
579
580581582583
584
585
586
587
588
CP-9B-1 AHU9B-1
BLDG. 9BMECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
OUTDOOR AIR DAMPER AHU9B-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MIXED AIR DAMPER AHU9B-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU9B-1 1 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MIXED AIR TEMPERATURE SENSOR AHU9B-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU9B-1 1 DI F/I NEW SWITCH STATUS - ON/OFFSUPPLY FAN - START / STOP - CT AHU9B-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE ON . OFF
EF9B-1 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU9B-1 1 DI F/I NEW SWITCH STATUS - ON/OFF
EF9B-1 EXHAUST FAN - START / STOP - CT AHU9B-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE ON . OFF
EF9B-1 EXHAUST FAN DAMPER ACTUATOR AHU9B-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
HOT WATER VALVE AHU9B-1 1 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENCHILLED WATER VALVE AHU9B-1 1 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENRETURN HUMIDITY AHU9B-1 1 AI F/I SENSOR % HUM / HI HUMAHU9B-1 VFD - START / STOP AHU9B-1 1 DO COMMANDAHU9B-1 VFD - STATUS AHU9B-1 1 DI STATUS ON / OFFAHU9B-1 VFD - SPEED CONTROL AHU9B-1 1 AO SPEED OUIPUTAHU9B-1 VFD - SPEED READING AHU9B-1 1 AI SPEED READINGAHU9B-1 VFD - BYPASS CONTACT AHU9B-1 N/A STATUSAHU9B-1 STATIC PRESSURE SENSOR AHU9B-1 AI INSTALL NEW SPT 2/3 DOWN LONGEST MAIN DUCT. SP-IN.SUPPLY AIR SMOKE DETECTOR AHU9B-1 1 DI WIRE TO EXISTING SMOKE DETECTOR. STATUSRETURN AIR SMOKE DETECTOR AHU9B-1 1 DI WIRE TO EXISTING SMOKE DETECTOR. STATUSTU9B-1 LIFE SKILLS 9B-116 MSTPTU9B-2 COMPUTER LAB 9B-122 MSTPTU9B-3 VESTIBULE 9B-129 MSTPTU9B-4 ELECTRONICS 9B-137 MSTPTU9B-7 PRE-VOCATIONAL 9B-144 MSTPTU9B-17 SMALL ENGINE 9B-150 MSTPTU9-8 SMALL ENGINE 9B-151 MSTP
EF9B-2 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) RM 9B 124 1 DI F/I NEW SWITCH STATUS - ON/OFFEF9B-2 EXHAUST FAN - START / STOP - CT RM 9B 124 1 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF9B-2 EXHAUST FAN DAMPER ACTUATOR RM 9B 124 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
EF9B-2 INTAKE FAN DAMPER ACTUATOR RM 9B 124 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
EF9B-3 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) RM 9B 135 1 DI F/I NEW SWITCH STATUS - ON/OFFEF9B-3 EXHAUST FAN - START / STOP - CT RM 9B 135 1 DI F/I CURRENT TRANSDUCER - HAWKEYEEF9B-3 EXHAUST FAN DAMPER ACTUATOR RM 9B 135 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
EF9B-3 INTAKE FAN DAMPER ACTUATOR RM 9B 135 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
TU-1 THROUGH 4, 7, 17 AND 8:REPLACE EXISTING CONTROLLER WITH NEW TERMINAL UNITCONTROLLER.EXISTING REHEAT VALVES SHALL REMAIN AND BE REUSED.F/I WIRING TO EXISTING VALVE.REPLACE EXISTING WALL SENSOR AS INDICATED IN NOTES SECTION.EXTEND NEW CONTROLLER COMMUNICATION SUBNETWORK
WIRE TO EXISTING VFD, SET VFD PARAMETERS AS REQUIRED.
MAIN BUILDING MERCHILLED WATER SERVICE
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 16 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
589
590591592593594
595
596
597598
599
600601602603604605
606
607
608609
610
611612613614615616617618619620621
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTUHOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTUHOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTUHOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CP-HT-9B HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-9C-1, 2, 3, 4 (TYP. OF 4) AHU9C-1, 2, 3, 4 (TYP. OF 4)
BLDG. 9CMECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
OUTDOOR AIR DAMPER (2) AHU9C-1, 2, 3, 4 (TYP) 4 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU9C-1, 2, 3, 4 (TYP) 4 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MIXED AIR TEMPERATURE SENSOR AHU9C-1, 2, 3, 4 (TYP) 4 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU9C-1, 2, 3, 4 (TYP) 4 DI F/I NEW SWITCH STATUS - ON/OFFSUPPLY FAN - START / STOP - CT AHU9C-1, 2, 3, 4 (TYP) 4 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF9C-1 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU9C-1, 2, 3, 4 (TYP) 4 DI F/I NEW SWITCH STATUS - ON/OFF
EF9C-1 EXHAUST FAN - START / STOP - CT AHU9C-1, 2, 3, 4 (TYP) 4 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF9C-1 EXHAUST FAN DAMPER ACTUATOR AHU9C-1, 2, 3, 4 (TYP) 4 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
HOT WATER VALVE AHU9C-1, 2, 3, 4 (TYP) 4 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPEN
CHILLED WATER VALVE AHU9C-1, 2, 3, 4 (TYP) 4 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPEN
RETURN HUMIDITY AHU9C-1, 2, 3, 4 (TYP) 4 AI F/I SENSOR % HUM / HI HUM
AHU9C-1 VFD - START / STOP AHU9C-1, 2, 3, 4 (TYP) 4 DO COMMAND
AHU9C-1 VFD - STATUS AHU9C-1, 2, 3, 4 (TYP) 4 DI STATUS ON / OFFAHU9C-1 VFD - SPEED CONTROL AHU9C-1, 2, 3, 4 (TYP) 4 AO SPEED OUIPUTAHU9C-1 VFD - SPEED READING AHU9C-1, 2, 3, 4 (TYP) 4 AI SPEED READING
STATUSAHU9C-1 STATIC PRESSURE SENSOR AHU9C-1, 2, 3, 4 (TYP) 4 AI INSTALL NEW SPT 2/3 DOWN LONGEST MAIN DUCT. SP-IN.SUPPLY AIR SMOKE DETECTOR AHU9C-1, 2, 3, 4 (TYP) 4 DI WIRE TO EXISTING SMOKE DETECTOR. STATUSRETURN AIR SMOKE DETECTOR AHU9C-1, 2, 3, 4 (TYP) 4 DI WIRE TO EXISTING SMOKE DETECTOR. STATUSTU9C-1 COMPUTER LAB 9C-100 MSTPTU9C-2 COMPUTER LAB 9C-110 MSTPTU9C-3 WORK ROOM 9C-134 MSTP
YU-1 THROUGH 5:REPLACE EXISTING CONTROLLER WITH NEW TERMINAL UNITCONTROLLER.
WIRE TO EXISTING VFD, SET VFD PARAMETERS AS REQUIRED.
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 17 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
622623624625626
627
628
629
630
631632633634635636637638639640
641
642
643
644
645646647648649
650
651
652
653654
TU9C-4 INMATE BREAK AREA 9C-126 MSTP
TU9C-5 INMATE BREAK AREA 9C-127 MSTPEF9C-3 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) RM 9C 122A 1 DI F/I NEW SWITCH STATUS - ON/OFFEF9C-3 EXHAUST FAN - START / STOP - CT RM 9C 122A 1 DI F/I CURRENT TRANSDUCER - HAWKEYEEF9C-3 EXHAUST FAN DAMPER ACTUATOR RM 9C 122A 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
EF9C-3 INTAKE FAN DAMPER ACTUATOR RM 9C 122A 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
EF9C-4 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) RM 9C 124 1 DI F/I NEW SWITCH STATUS - ON/OFF
EF9C-4 EXHAUST FAN - START / STOP - CT RM 9C 124 1 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF9C-4 EXHAUST FAN DAMPER ACTUATOR RM 9C 124 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
EF9C-4 INTAKE FAN DAMPER ACTUATOR RM 9C 124 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FCU9C-1, 2,3,4 (TYP.) SUPPLY AIR TEMP FCU9C-1, 2,3,4 (TYP.) 4 AI F/I NEW SENSOR DEG. F / HI TEMPFCU9C-1, 2,3,4 (TYP.) MIXED AIR TEMP FCU9C-1, 2,3,4 (TYP.) 4 AI F/I NEW SENSOR DEG. F / HI TEMPFCU9C-1, 2,3,4 (TYP.) FREEZ STATS FCU9C-1, 2,3,4 (TYP.) 4 DI F/I NEW SENSOR STATUSFCU9C-1, 2,3,4 (TYP.) FILTER STATUS FCU9C-1, 2,3,4 (TYP.) 4 DI F/I NEW PRESSURE DIFFERENTIALSWITCH STATUSFCU9C-1, 2,3,4 (TYP.) FAN START / STOP FCU9C-1, 2,3,4 (TYP.) 4 DO F/I CURRENT TRANSDUCER - HAWKEYE CONTROLFCU9C-1, 2,3,4 (TYP.) FAN STATUS FCU9C-1, 2,3,4 (TYP.) 4 DI F/I NEW SWITCH ON / OFFFCU9C-1, 2,3,4 (TYP.) OUTDOOR AIR DAMPER FCU9C-1, 2,3,4 (TYP.) 4 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS DEG. F / HI TEMPFCU9C-1, 2,3,4 (TYP.) COOLING COIL VALVE FCU9C-1, 2,3,4 (TYP.) 4 AO F/1 NEW COOLING VALVE % OPENFCU9C-1, 2,3,4 (TYP.) HEATING COIL VALVE FCU9C-1, 2,3,4 (TYP.) 4 AO F/1 NEW HEATING VALVE % OPEN
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSIHOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTUHOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTUHOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CP-HT-9C HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
FURNISH AND INSTALL (F/I) NEW ELECTRONIC REHEAT VALVES.F/I WIRING TO REHEAT VALVE.REPLACE EXISTING WALL SENSOR AS INDICATED IN NOTES SECTION.EXTEND NEW CONTROLLER COMMUNICATION SUBNETWORKCONNECTED TO NEAREST MASTER (IP LEVEL) CONTROLLER.
MAIN BUILDING MERCHILLED WATER SERVICE
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 18 OF 29
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A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
655
656657658659660661662
663
664665666667668669670671672673674675676677
678
679
680
681
682
683
684
685
686687
688
CP-9D-1, 2, 3 (TYP. OF 3)_ AHU9D-1, 2, 3 (TYP. OF 3)
BLDG. 9DMECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
OUTDOOR AIR DAMPER AHU9D-1, 2, 4 (TYP) 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU9D-1, 2, 4 (TYP) 3 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.SUPPLY AIR TEMPERATURE SENSOR AHU9D-1, 2, 4 (TYP) 3 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU9D-1, 2, 4 (TYP) 3 DI F/I NEW SWITCH STATUS - ON/OFFSUPPLY FAN - START / STOP - CT AHU9D-1, 2, 4 (TYP) 3 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF9D-2, 5, 7 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) EF9D-2, 5, 7 3 DI F/I NEW SWITCH STATUS - ON/OFFEF9D-2, 5, 7 EXHAUST FAN - START / STOP - CT EF9D-2, 5, 7 3 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF9D-2, 5, 7 EXHAUST FAN DAMPER ACTUATOR EF9D-2, 5, 7 3 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
TEF9D-1,2,4,5 EXHAUST FAN DAMPER ACTUATOR TEF9D-1,2,4,5 4 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
HOT WATER VALVE AHU9D-1, 2, 4 (TYP) 3 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENAHU9D-1 VFD - START / STOP AHU9D-1, 2, 4 (TYP) 3 DO COMMANDAHU9D-1 VFD - STATUS AHU9D-1, 2, 4 (TYP) 3 DI STATUS ON / OFFAHU9D-1 VFD - SPEED CONTROL AHU9D-1, 2, 4 (TYP) 3 AO SPEED OUIPUTAHU9D-1 VFD - SPEED READING AHU9D-1, 2, 4 (TYP) 3 AI SPEED READING
N/A STATUSAHU9D-1 STATIC PRESSURE SENSOR AHU9D-1, 2, 4 (TYP) 3 AI INSTALL NEW SPT 2/3 DOWN LONGEST MAIN DUCT. SP-IN.SUPPLY AIR SMOKE DETECTOR AHU9D-1, 2, 4 (TYP) 3 DI WIRE TO EXISTING SMOKE DETECTOR. STATUSSUPPLY AIR SMOKE DETECTOR AHU9D-1 ONLY 3 DI WIRE TO EXISTING SMOKE DETECTOR. STATUSCHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTUCHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTUCHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTUCHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CP-HT-9D HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-10-1AHU10-1
BLDG. 10MECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
MAIN BUILDING MERCHILLED WATER SERVICE
WIRE TO EXISTING VFD, SET VFD PARAMETERS AS REQUIRED.
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 19 OF 29
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6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
689690691692693694695696697698
699700701702703704705706707708709
710711712
713714715
716
717
718719
720
721722723724725
726727728729730
731
OUTDOOR AIR DAMPER AHU10-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU10-1 1 DI F/I NEW DIFFERENTIAL PRESSURE SWITCH SP - CHNG FLT.MIXED AIR TEMPERATURE SENSOR AHU10-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPRETURN AIR TEMPERATURE SENSOR AHU10-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY AIR TEMPERATURE SENSOR AHU10-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY AIR LOW LIMIT SWITCH AHU10-1 1 DI F/I NEW SWITCH NORMAL / ALARMSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH AHU10-1 1 DI F/I NEW SWITCH STATUS - ON/OFFSUPPLY FAN - START / STOP - CT AHU10-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF10-1, 2, 3, 6, 7 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP. 5) EF10-1, 2, 3, 6, 7 5 DI F/I NEW SWITCH STATUS - ON/OFFEF10-1, 2, 3, 6, 7 EXHAUST FAN - START / STOP - CT (TYP. 5) EF10-1, 2, 3, 6, 7 5 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF10-1, 2, 3, 6, 7 EXHAUST FAN DAMPER ACTUATOR(TYP. 5) EF10-1, 2, 3, 6, 7 5 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
HOT WATER VALVE AHU10-1 1 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENCHILLED WATER VALVE AHU10-1 1 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENSUPPLY AIR SMOKE DETECTOR AHU10-1 1 DI WIRE TO EXISTING SMOKE DETECTOR. STATUSRETURN AIR SMOKE DETECTOR AHU10-1 1 DI WIRE TO EXISTING SMOKE DETECTOR. STATUS
FCU10-1 SUPPLY AIR TEMP FCU10-1 - ROOM 115 1 AI F/I NEW SENSOR DEG. F / HI TEMPFCU10-1 MIXED AIR TEMP FCU10-1 - ROOM 115 1 AI F/I NEW SMOKE DETECOR - COORDINATE WITH FAS PROVIDER DEG. F / HI TEMPFCU10-1 LOW LIMIT SWITCH FCU10-1 - ROOM 115 1 DI F/I NEW SWITCH STATUSFCU10-1 FILTER STATUS FCU10-1 - ROOM 115 1 DI F/I NEW DIFFERENTIAL PRESSURE SWITCH CLEAN / DIRTYFCU10-1 FAN START / STOP FCU10-1 - ROOM 115 1 DO F/1 NEW CT FOR S/S CONTROLFCU10-1 FAN STATUS FCU10-1 - ROOM 115 1 DI F/1 NEW CT FOR STATUS ON / OFF
FCU10-1 OUTDOOR AIR DAMPER FCU10-1 - ROOM 115 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FCU10-1 COOLING COIL VALVE FCU10-1 - ROOM 115 1 AO F/1 NEW COOLING VALVE % OPENFCU10-1 HEATING COIL VALVE FCU10-1 - ROOM 115 1 AO F/1 NEW HEATING VALVE % OPEN
EMERGENCY GENERATOR ROOM COMBUSTION DAMPERS CENTRAL PLANT - COL. 11-D.8 F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
SF10-4, 5, 8, 9, 10, 11 COMB. INTAKE FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP. 6) SF10-4, 5, 8, 9, 10, 11 6 DI F/I NEW SWITCH STATUS - ON/OFFSF10-4, 5, 8, 9, 10, 11 COMB. INTAKE FAN - START / STOP - CT (TYP. 6) SF10-4, 5, 8, 9, 10, 11 6 DO F/I CURRENT TRANSDUCER - HAWKEYE STATUS - ON/OFF
SF10-4, 5, 8, 9, 10, 11 EXHAUST FAN DAMPER ACTUATOR (TYP. 6) SF10-4, 5, 8, 9, 10, 11 6 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
CP-HT-10 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-10A AHU10A-1,2 (TYP. OF 2)
BLDG. 10AUNITS LOCATED ON ROOF
REFER TO DRAWING M764 FOR PANEL ANDEQUIPMENT LOCATION AS WELL AS CABLE ROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANELAS SHOWN ON M764TO CONNECT POINTS AND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
OUTDOOR AIR DAMPER AHU10A-1,2 (TYP.) 2 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU10A-1,2 (TYP.) 2 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.SUPPLY AIR TEMPERATURE SENSOR AHU10A-1,2 (TYP.) 2 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU10A-1,2 (TYP.) 2 DI F/I NEW SWITCH STATUS - ON/OFFSUPPLY FAN - START / STOP - CT AHU10A-1,2 (TYP.) 2 DI F/I CURRENT TRANSDUCER - HAWKEYE CONTROL
ROOM TEMP SENSORAHU10A-1 - RM 10A-109AHU10A-2 - RM 10A-119
2 AI FI NEW ROOM SENSOR, WIRE TO NEW CONTROLLER HI TEMP
HOT WATER VALVE AHU10A-1,2 (TYP.) 2 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENDX COOLING CONTACT AHU10A-1,2 (TYP.) 2 DO F/I WIRING, PROGRAMMING AND COMMISSIONING FOR DX COIL CONTROLSUPPLY AIR SMOKE DETECETOR AHU10A-1,2 (TYP.) 2 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS STATUSRETURN AIR SMOKE DETECETOR AHU10A-1,2 (TYP.) 2 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS STATUS
MAU10A-1 OUTDOOR AIR DAMPER AHU10-1 2 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 20 OF 29
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A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
732733734735736
737
738
739
740
741
742
743
744
745
746
747
748
749
750751
752
753754755756757758759760761762763764765766767768769
MAU10A-1 FILTER STATUS AHU10-1 1 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MAU10A-1 SUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU10-1 1 DI F/I NEW SWITCH STATUS - ON/OFFMAU10A-1 SUPPLY FAN - START / STOP - CT AHU10-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF10A-1, 2, 3, 4 EXHAUST FAN - START / STOP - CT EF10A-1, 2, 3, 4 4 DO F/I CURRENT TRANSDUCER - HAWKEYE CONTROLEF10A-1, 2, 3, 5 EXHAUST FAN - STATUS - CT EF10A-1, 2, 3, 5 4 DI F/I CURRENT TRANSDUCER - HAWKEYE CONTROL
EF10A-1, 2, 3, 4 EXHAUST FAN DAMPER ACTUATOR EF10A-1, 2, 3, 4 4 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CP-HT-10A HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-11-1 AHU11-1
BLDG. 11MECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
OUTDOOR / MIXED / EXHAUST AIR DAMPER AHU11-1 3 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU11-1 1 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.SUPPLY AIR TEMPERATURE SENSOR AHU11-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPMIXED AIR TEMPERATURE SENSOR AHU11-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPRETURN AIR TEMPERATURE SENSOR AHU11-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU11-1 1 DI F/I NEW SWITCH STATUS - ON/OFFSUPPLY FAN - START / STOP - CT AHU11-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE CONTROLEXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU11-1 1 DI F/I NEW SWITCH STATUS - ON/OFFEXHAUST FAN - START / STOP - CT AHU11-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE CONTROLROOM TEMP SENSOR AHU11-1 - RM 11-100 1 AI FI NEW ROOM SENSOR, WIRE TO NEW CONTROLLER HI TEMPHOT WATER VALVE AHU11-1 1 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENCHILLED WATER VALVE AHU11-1 1 DO FURNISH PICV - INSTALLED BY MECHANICAL CONT. CONTROLSUPPLY AIR SMOKE DETECETOR AHU11-1 1 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS STATUSRETURN AIR SMOKE DETECETOR AHU11-1 1 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS STATUSAHU11-1 VFD - START / STOP AHU11-1 1 DO COMMANDAHU11-1 VFD - STATUS AHU11-1 1 DI STATUS ON / OFFAHU11-1 VFD - SPEED CONTROL AHU11-1 1 AO SPEED OUIPUT
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
MAIN BUILDING MERCHILLED WATER SERVICE
WIRE TO EXISTING VFD, SET VFD PARAMETERS AS REQUIRED.
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 21 OF 29
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6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
770771772773774775776777778779780781782783
784785786787
788
789
790
791
792
793
794
795
796
797
798
799
800801
802
803804805
AHU11-1 VFD - SPEED READING AHU11-1 1 AI SPEED READINGAHU11-1 VFD - BYPASS CONTACT AHU11-1 1 N/A STATUSAHU11-1 STATIC PRESSURE SENSOR AHU11-1 1 AI INSTALL NEW SPT 2/3 DOWN LONGEST MAIN DUCT. SP-IN.SUPPLY AIR LOW LIMIT SWITCH AHU11-1 1 DI F/I NEW SWITCH - INTERLOCK WITH FAN STARTER NORMAL / ALARMSUPPLY AIR SMOKE DETECETOR AHU11-1 1 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS NOMAL / ALARMRETURN AIR SMOKE DETECETOR AHU11-2 2 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS NOMAL / ALARM
FCU11-1,2,3,4 SUPPLY AIR TEMP FCU11-1,2,3,4 4 AI F/I NEW TEMP SENSOR DEG. F / HI TEMPFCU11-1,2,3,4 FREEZ STATS FCU11-1,2,3,4 4 DI F/I NEW FREEZSTAT STATUSFCU11-1,2,3,4 FILTER STATUS FCU11-1,2,3,4 4 DI F/I NEW DIFFERENTIAL PRESSURE SWITCH STATUSFCU11-1,2,3,4 FAN START / STOP FCU11-1,2,3,4 4 DO F/1 NEW CT FOR S/S CONTROLFCU11-1,2,3,4 FAN STATUS FCU11-1,2,3,4 4 DI F/1 NEW CT FOR STATUS ON / OFFFCU11-1,2,3,4 OUTDOOR AIR DAMPER FCU11-1,2,3,4 4 AO F/1 NEW DAMPER ACTUATOR - EXISTING DAMPER TO REMAIN DEG. F / HI TEMPFCU11-1,2,3,4 HOT WATER VALVE FCU11-1,2,3,4 4 AO F/1 NEW COOLING VALVE % OPENFCU11-1,2,3,4 CHILLED WATER VALVE FCU11-1,2,3,4 4 DO F/1 NEW HEATING VALVE % OPEN
FCU11-1,2,3,4 ROOM TEMP SENSOR
FC11-1 - RM 11-100FC11-2 - RM 11-111FC11-3 - RM 11-102FC11-4 - RM 11-105
4 AI FI NEW ROOM SENSOR, WIRE TO NEW CONTROLLER HI TEMP
EF11-1,2,3,4 EXHAUST FAN - START / STOP - CT EF11-1,2,3,4 4 DI F/I CURRENT TRANSDUCER - HAWKEYEEF11-1,2,3,4 EXHAUST FAN DAMPER ACTUATOR EF11-1,2,3,4 4 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPENEF11-1,2,3,4 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) EF11-1,2,3,4 4 DI F/I NEW SWITCH STATUS - ON/OFF
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CP-HT-11 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-12-1(SERVES ROOM 118 - DINING AREA)
AHU12-1
BLDG. 12MECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
OUTDOOR / MIXED / EXHAUST AIR DAMPER AHU12-1 3 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU12-1 1 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.SUPPLY AIR TEMPERATURE SENSOR AHU12-1 1 AI F/I NEW SENSOR DEG. F / HI TEMP
MAIN BUILDING MERCHILLED WATER SERVICE
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 22 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
806807808809810811812813814815816817818819820821822
823
824
825826827828829830831
832833834835836
837838
839
840841842843844845
846
847
848
849
850
MIXED AIR TEMPERATURE SENSOR AHU12-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPRETURN AIR TEMPERATURE SENSOR AHU12-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU12-1 1 DI F/I NEW SWITCH STATUS - ON/OFFSUPPLY FAN - START / STOP - CT AHU12-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE CONTROLROOM TEMP SENSOR (LOCATED IN INMATE DINING AREA ROOM 12-118) AHU12-1 1 AI FI NEW ROOM SENSOR, WIRE TO NEW CONTROLLER HI TEMPHOT WATER VALVE AHU12-1 1 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENCHILLED WATER VALVE AHU12-1 1 AO FURNISH PICV - INSTALLED BY MECHANICAL CONT. % OPENSUPPLY AIR SMOKE DETECETOR AHU12-1 1 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS NOMAL / ALARMRETURN AIR SMOKE DETECETOR AHU12-1 1 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS NOMAL / ALARMAHU12-1 VFD - START / STOP AHU12-1 1 DO COMMANDAHU12-1 VFD - STATUS AHU12-1 1 DI STATUS ON / OFFAH12-1 VFD - SPEED CONTROL AHU12-1 1 AO SPEED OUIPUTAHU12-1 VFD - SPEED READING AHU12-1 1 AI SPEED READINGAHU12-1 VFD - BYPASS CONTACT AHU12-1 N/A STATUSAHU12-1 STATIC PRESSURE SENSOR AHU12-1 1 AI INSTALL NEW SPT 2/3 DOWN LONGEST MAIN DUCT. SP-IN.RETURN DUCT SMOKE DAMPTER AHU12-1 1 DO CONNECT TO EXISTING SMK. DPR. CONTROLSUPPLY DUCT SMOKE DAMPTER AHU12-1 1 DO CONNECT TO EXISTING SMK. DPR. CONTROL
OUTDOOR AIR DAMPER AHU12-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MIXED AIR DAMPER AHU12-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
EXHAUST AIR DAMPER AHU12-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FCU12-1,2 FCU-1 SERVES ROOM 115 / FCU-2 SERVES ROOM 105FCU12-1,2 SUPPLY AIR TEMP FCU12-1,2 2 AI F/I NEW SENSOR DEG. F / HI TEMPFCU12-1,2 FREEZ STATS FCU12-1,2 2 DI F/I NEW SENSOR STATUSFCU12-1,2 FILTER STATUS FCU12-1,2 2 DI F/I NEW DIFFERENTIAL PRESSURE SWITCH STATUSFCU12-1,2 FAN START / STOP FCU12-1,2 2 DO F/I NEW CURRENT TRANSDUCER CONTROLFCU12-1,2 FAN STATUS FCU12-1,2 2 DI F/I NEW CURRENT TRANSDUCER ON / OFF
FCU12-1,2 OUTDOOR AIR DAMPER FCU12-1,2 2 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS DEG. F / HI TEMP
FCU12-1,2 HOT WATER VALVE FCU12-1,2 2 AO F/1 NEW COOLING VALVE % OPENFCU12-1,2 CHILLED WATER VALVE FCU12-1,2 2 AO F/1 NEW HEATING VALVE % OPENFCU12-1,2 ROOM TEMP SENSOR FCU12-1,2 2 AI FI NEW ROOM SENSOR, WIRE TO NEW CONTROLLER HI TEMP
EF12-1, 2, 3. 4, 5 EXHAUST FAN - START / STOP - CT EF12-1, 2, 3. 4, 5 5 DI F/I CURRENT TRANSDUCER - HAWKEYE
EF12-1, 2, 3. 4, 5 EXHAUST FAN DAMPER ACTUATOR EF12-1, 2, 3. 4, 5 5 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
EF12-1, 2, 3. 4, 5 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) EF12-1, 2, 3. 4, 5 5 DI F/I NEW SWITCH STATUS - ON/OFF
MAU12-1 OUTDOOR AIR DAMPER MAU12-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MAU12-1 MIXED AIR DAMPER MAU12-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
MAU12-1 FILTER STATUS MAU12-1 1 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.MAU12-1 MIXED AIR TEMPERATURE SENSOR MAU12-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPMAU12-1 MAU7-1 SMOKE DETECETOR MAU12-1 1 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS STATUSMAU12-1 SUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) MAU12-1 1 DI F/I NEW SWITCH STATUS - ON/OFFMAU12-1 SUPPLY FAN - START / STOP - CT MAU12-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE START / STOP
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
MAIN BUILDING MERCHILLED WATER SERVICE
WIRE TO EXISTING VFD, SET VFD PARAMETERS AS REQUIRED.
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 23 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
851
852
853
854
855
856
857858859
860
861862863864865866867868869
870871872873874875876877878879880881882883884885886887888889890891892893894
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSICP-HT-12 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-13-1 AHU13-1
BLDG. 13MECHANICAL MEZZ
REFER TO DRAWINGS M750 THRU M769 FOR PANELAND EQUIPMENT LOCATION AS WELL AS CABLE
ROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
OUTDOOR / MIXED / EXHAUST AIR DAMPER AHU13-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
FILTER STATUS AHU13-1 1 DI F/I NEW DIFFERENTIAL PRESSURE TRANSMITTER SP - CHNG FLT.SUPPLY AIR TEMPERATURE SENSOR AHU13-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPMIXED AIR TEMPERATURE SENSOR AHU13-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPRETURN AIR TEMPERATURE SENSOR AHU13-1 1 AI F/I NEW SENSOR DEG. F / HI TEMPSUPPLY FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU13-1 1 DI F/I NEW SWITCH STATUS - ON/OFFSUPPLY FAN - START / STOP - CT AHU13-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE CONTROL
EF13-1 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) AHU13-1 1 DI F/I NEW SWITCH STATUS - ON/OFFEF13-1 EXHAUST FAN - START / STOP - CT AHU13-1 1 DI F/I CURRENT TRANSDUCER - HAWKEYE CONTROL
EF13-1 EXHAUST FAN DAMPER ACTUATOR AHU13-1 1 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
ROOM TEMP SENSOR AHU13-1 1 AI FI NEW ROOM SENSOR, WIRE TO NEW CONTROLLER DEG. F / HI TEMPHOT WATER VALVE AHU13-1 1 AO FURNISH NEW PICV - INSTALLED BY MECHANICAL CONT. % OPENCHILLED WATER VALVE AHU13-1 1 DO FURNISH NEW PICV - INSTALLED BY MECHANICAL CONT. % OPENSUPPLY AIR SMOKE DETECETOR AHU13-1 1 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS STATUSRETURN AIR SMOKE DETECETOR AHU13-1 1 DI REUSE EXISTING SMK DET. - INTERLOCK WITH FAS STATUSAHU13-1 VFD - START / STOP AHU13-1 1 DO COMMANDAHU13-1 VFD - STATUS AHU13-1 1 DI STATUS ON / OFFAHU13-1 VFD - SPEED CONTROL AHU13-1 1 AO SPEED OUIPUTAHU13-1 VFD - SPEED READING AHU13-1 1 AI SPEED READINGAHU13-1 VFD - BYPASS CONTACT AHU13-1 1 N/A STATUSAHU13-1 STATIC PRESSURE SENSOR AHU13-1 1 AI INSTALL NEW SPT 2/3 DOWN LONGEST MAIN DUCT. SP-IN.SUPPLY AIR LOW LIMIT SWITCH AHU13-1 1 DI F/I NEW SWITCH - INTERLOCK WITH FAN STARTER NORMAL / ALARMTU13-1 RM-13-108TU13-2 RM-13-109TU13-3 RM-13-116TU13-4 RM-13-145TU13-5 RM-13-144TU13-6 RM-13-147TU13-7 RM-13-148TU13-8 RM-13-121TU13-9 RM-13-122TU13-10 RM-13-124TU13-11 RM-13-101WTU13-12 RM-13-101E
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
WIRE TO EXISTING VFD, SET VFD PARAMETERS AS REQUIRED.
TU-1 THROUGH TU-16:REPLACE EXISTING CONTROLLER WITH NEW TERMINAL UNITCONTROLLER.EXISTING REHEAT VALVES SHALL REMAIN AND BE REUSED.F/I WIRING TO EXISTING VALVE.REPLACE EXISTING WALL SENSOR AS INDICATED IN NOTES SECTION.EXTEND NEW CONTROLLER COMMUNICATION SUBNETWORKCONNECTED TO NEAREST MASTER (IP LEVEL) CONTROLLER.
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 24 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
895896897898899900901
902
903
904
905
906
907
908
909
910
911
912
913
914
915916
917
918
919
920
921
922
923
924
925
TU13-13 RM-13-102TU13-14 RM-13-141TU13-15 RM-13-137TU13-16 RM-13-135
CV13-1, 2, 3, 4 CONVECTOR CV13-1, 2, 3, 4 STAND ALONE F/I LOCAL THERMOSTAT IN SAME LOCATION AS EXISTING. N/A - STAND ALONEEF13-2.3.4 EXHAUST FAN STATUS - DIFFERENTIAL PRESSURE SWITCH (TYP.) EF13-2.3.4 3 ` F/I NEW SWITCH STATUS - ON/OFFEF13-2.3.4 EXHAUST FAN - START / STOP - CT EF13-2.3.4 3 DI F/I CURRENT TRANSDUCER - HAWKEYE CONTROL
EF13-2.3.4 EXHAUST FAN DAMPER ACTUATOR EF13-2.3.4 3 AO F/I NEW ELECTRONIC DAMPER ACTUATOR / EXISTING DAMPER REMAINS % OPEN
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CP-HT-13 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-22-1 BUILDING 22 HOT WATER LOOP
BLDG. 22MECHANICAL MEZZ
REFER TO DRAWING M736 FOR PANEL ANDEQUIPMENT LOCATION AS WELL AS CABLE ROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
MAIN BUILDING MERCHILLED WATER SERVICE
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
MAIN BUILDING MERCHILLED WATER SERVICE
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 25 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
926
927
928
929
930931
932
933
934
935
936
937
938
939
940
941
942
943
944
945
946
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CP-HT-23 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-23-1 BUILDING 22 HOT WATER LOOP
BLDG. 23MECHANICAL MEZZ
REFER TO DRAWING M737 FOR PANEL ANDEQUIPMENT LOCATION AS WELL AS CABLE ROUTING
BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER RETURN PRESSURE HWRP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CP-HT-25 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
MAIN BUILDING MERCHILLED WATER SERVICE
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 26 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
947948
949
950
951
952
953
954
955
956
957
958
959
960
961
962
963
964
965
966
967
968
969
970971
972973
CP-10-0CHILLER / CONDENSER WATER
SYSTEMS
CENTRAL MECHANICAL PLANT - CHILLER SYSTEMSBALANCE OF PLANT (BOP)
BLDG. 10 MECHANICAL ROOMREFER TO DRAWINGS M750 THRU M769 THROUGHM769 FOR PANEL AND EQUIPMENT LOCATIONS ASWELL AS CABLE ROUTING.REFER TO DRAWING M301, M204, M907, M202,M904, M302 AND M206 FOR ADDITIONAL PLANTDETAIL.
AI DO DI AO BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN. CONTRACTOR IS TO COORDINATE ANDVERIFY CONDUIT RUNS PRIOR TO INSTALLATION.
PANEL OFFLINE
CHILLER CONTROL PANEL (INTEGRATION - TYP.3) BACnet INTEGRATE TO EQUIPMENT PROVIDED CONTROLLER CONTROLLER OFFLINE
CHILLER 1, 2 AND 3 CHILLED WATER SUPPLY TEMP 3 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
CHWS-T / OUT OF RANGE
CHILLER 1, 2 AND 3 CHILLED WATER RETURN TEMP 3 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
CHWR-T / OUT OF RANGE
CHILLER 1, 2 AND 3 CHILLED WATER BTU (SUPPLY WATER FLOW) 3 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
CHWR-BTU / OUT OF RANGE
CHILLER 1, 2 AND 3 CHILLED WATER SUPPLY PRESSURE 3 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
BTU
CHILLER 1, 2 AND 3 CONDENSER WATER SUPPLY TEMP 3 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
CWS-T / OUT OF RANGE
CHILLER 1, 2 AND 3 CONDENSER WATER RETURN TEMP 3 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
CWS-R / OUT OF RANGE
CHILLER 1, 2 AND 3 CONDENSER WATER BTU (RETURN WATERFLOW) 3 AI
F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
CWR-BTU / OUT OF RANGE
CHILLER 1, 2 AND 3 CONDENSER WATER RETURN PRESSURE 3 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
CWS-T / OUT OF RANGE
CHILLER 1, 2 AND 3 SUPPLY VALVE (MOV) CONTROL 3 DO FURNSH ONLY, WIRE PROGRAMING AND CX., INSTALLED BY MECHANICAL CHWS-VLV / FAILURE
CHILLER 1, 2 AND 3 SUPPLY VALVE (MOV) STATUS 3 DIWIRE TO VALVE PROVIDED CONTACT AND PROGRAM POINT INTO BMS /OWS
OPEN/CLOSED
CHILLER 1, 2 AND 3 RETURN VALVE (MOV) CONTROL 3 DO FURNSH ONLY, WIRE PROGRAMING AND CX., INSTALLED BY MECHANICAL CHWR-VLV / FAILURE
CHILLER 1, 2 AND 3 RETURN VALVE (MOV) STATUS 3 DIWIRE TO VALVE PROVIDED CONTACT AND PROGRAM POINT INTO BMS /OWS
OPEN/CLOSED
COMMON CHILLED WATER SUPPLY TEMP. 1 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
LO TEMP
COMMON CHILLED WATER RETURN TEMP. 1 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
LO TEMP
COMMON CHILLED WATER BTU SUPPLY WATER FLOW) 1 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
BTU
COMMON CHILLED WATER SUPPLY PRESSURE 1 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
HI PRESS.
COMMON CHILLED WATER RETURN SUPPLY PRESSURE 1 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
HI PRESS.
COMMON CHILLED WATERDIFFERENTIAL PRESSURE 1 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
OUT OF RANGE
COMMON CONDENSER WATER SUPPLY TEMP. 1 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
TEMP / LO TEMP
COMMON CONDENSER WATER RETURN TEMP. 1 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
TEMP / LO TEMP
COMMON CONDENSER WATER BTU (RETURN WATER FLOW) 1 AIF/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BYMECHANICAL CONTRACTOR
BTU
SAND FILTER COMMON ALARM 1 AI WIRE TO PANEL AND PROGRAM INTO BMS. DRY CONTACT F/I BY OTHERS NORMAL / ALARM
CONDENSER WATER MAKE UP FLOW TRANSMITTER 1 AI FURNISH FLOW TRANSMITTER, WIRE AND COMMISSION. GPM / LOW FLOW
CHILLED WATER EXPANSION TANK PRESSURE TRANSMITTER 1 AI WIRE TO SENSOR AND PROGRAM INTO BMS. SENSOR F/I BY OTHERS HI PRESS.
CHILLED WATER EXPANSION TANK FLOW TRANSMITTER 1 AI FURNISH FLOW TRANSMITTER, WIRE AND COMMISSION. GPM / LOW FLOW
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 27 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
974975976977
978
979980
981
982
983984
985986
987
988
989
990
991
992993
994
995
996
997
998
999
10001001
1002
CONDENSER WATER SIDE STREAM FILTER COMMON ALARM 1 DI WIRE TO PANEL AND PROGRAM INTO BMS. DRY CONTACT F/I BY OTHERS ALARM
OUTDOOR AIR TEMP. 1 AI DEG, F / HI TEMPOUTDOOR AIR HUM. 1 AI % HUM, / HI HUMIDY
CP-10-2COOLING TOWER SYSTEM
CENTRAL MECHANICAL PLANT - COOLING TOWER SYSTEMS BLDG. 10 MECHANICAL ROOM AI AO DI DO BACnet
FURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
COOLING TOWER 1, 2 AND 3 CW RETURN SUPPLY VALVE (MOV)CONTROL 3 DO FURNSH ONLY, WIRE PROGRAMING AND CX., INSTALLED BY MECHANICA OPEN/CLOSED
COOLING TOWER 1, 2 AND 3 SUPPLY VALVE (MOV) STATUS 3 DI WIRE TO VALVE PROVIDED CONTACT OPEN/CLOSED
COOLING TOWER 1, 2 AND 3 VIBRATION SENSOR 3 DIWIRE TO VIBRATION SENSOR AND PROGRAM INTO BMS. SENSOR IS F/1 BYCT PROVIDER
VIBRATION HI LIMIT
COOLING TOWER 1, 2 AND 3 CONDENSER WATER TRANSMITTERS 3 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS TEMP / LO TEMP
COOLING TOWER 1, 2 AND 3 CONDENSER WATER TRANSMITTERS 3 AO FURNSH ONLY, WIRE PROGRAMING AND CX., INSTALLED BY MECHANICA POSITION / ALARM
CP-10-3BOILER SYSTEMS
CENTRAL MECHANICAL PLANT - BOILER SYSTEMSBALANCE OF PLANT (BOP)
BLDG. 10 MECHANICAL ROOMREFER TO DRAWING M763 FOR PANEL ANDEQUIPMENT LOCATIONS AS WELL AS CABLEROUTING.REFER TO DRAWING M301, M204, M907, M202,M904, M302 AND M206 FOR ADDITIONAL DETAIL.
AI AO DI DO BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
BOILER MASTER PANEL (INTEGRATION) BACnet PANEL OFFLINE ALM.
BOILER 1, 2 AND 3 SUPPLY TEMPERATURE 3 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS HWS-T / HI TEMP ALM.
BOILER 1, 2 AND 3 RETURN TEMPERATURE 3 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS HWR-T / HI TEMP ALM.
BOILER 1, 2 AND 3 SUPPLY PRESSURE 3 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS HWS-P / HI PRESS ALM.
BOILER 1, 2 AND 3 RETURN PRESSURE 3 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS HWR-P / HI PRESS ALM.
BOILER 1, 2 AND 3 HOT WATER RETURN FLOW (GPM / BTU) 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS HW-BTU / LOW/NO FLOWALM.
BOILER 1, 2 AND 3 RETURN VALVE (MOV) CONTROL 3 DO FURNSH ONLY, WIRE PROGRAMING AND CX., INSTALLED BY MECHANICA
BOILER 1, 2 AND 3 RETURN VALVE (MOV) STATUS 3 DI WIRE TO VALVE PROVIDED CONTACT OPEN/CLOSED
COMMON HOT WATER SUPPLY TEMPERATURE 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS HW-T / HI TEMP ALM.
COMMON HOT WATER SUPPLY PRESSURE 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS HW-P / HI PRESS ALM.
COMMON HOT WATER SUPPLY FLOW (GPM / BTU) 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS HW-BTU / LOW/NO FLOWALM.
COMMON HOT WATER RETURN, TEMPERATURE 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS HW-T / HI TEMP ALM.
COMMON HOT WATER RETURN PRESSURE 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS HW-P / HI PRESS ALM.
COMMON HOT WATER DIFFERENTIAL PRESSURE (TRANSMITTER) 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS HW-DP / OUT OF RANGE
HOT WATER EXPANSION TANK PRESSURE TRANSMITTER 1 AI WIRE TO SENSOR AND PROGRAM INTO BMS. SENSOR F/I BY OTHERS HI PRESS.
HOT WATER EXPANSION TANK FLOW TRANSMITTER 1 AI FURNISH FLOW TRANSMITER, INSTALLED BY MECH, GPM / LOW FLOW
MAIN GAS SUPPLY FLOW (CFH) 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS CFH / LOW - HI - FLOW
F/I OUTDOOR AIR AND HUMIDITY SENSOR. VALUE TO BE GLOBAL DATAPOINT.
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 28 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
10031004
1005
1006
1007
1008
1009
1010
1011
1012
1013
1014
1015
1016
1017
10181019
1020
1021
1022
1023
1024
MAIN GAS SUPPLY PRESSURE (PSI) 1 AI F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI / LOW-HI PRESSURE
CP-10-4LOOP CONTROLS
CENTRAL MECHANICAL PLANT - MAIN BLDG. CHILLED AND HOT WATER MEDUIMWATER LOOP
BLDG. 10 MECHANICAL ROOMREFER TO DRAWING M763 FOR PANEL ANDEQUIPMENT LOCATIONS AS WELL AS CABLEROUTING.REFER TO DRAWING M301, M204, M907, M202,M904, M302 AND M206 FOR ADDITIONAL DETAIL.
AI AO DI DO BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
CHILLED WATER SUPPLY TEMPERATURE MAIN BLDG. MER CHW BTU 1 F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLLED WATER RETURN TEMPERATURE MAIN BLDG. MER CHW BTU 1 F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
CHILLED WATER RETURN FLOW MAIN BLDG. MER CHW BTU 1 F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
CHILLED WATER SUPPLY PRESSURE CHWSP 1 F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER RETURN PRESSURE CHWRP 1 F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CHILLED WATER DIFFERENTIAL PRESSURE CHWDP 1 F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER SUPPLY TEMPERATURE MAIN BLDG. MER HW BTU 1 F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN TEMPERATURE MAIN BLDG. MER HW BTU 1 F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS DEG. F / BTU
HOT WATER RETURN FLOW MAIN BLDG. MER HW BTU 1 F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS GPM / BTU
HOT WATER SUPPLY PRESSURE HWSP 1 F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER RETURN PRESSURE HWRP 1 F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
HOT WATER DIFFFRENTIAL PRESSURE HWDP 1 F/I NEW SENSOR, WIRE, PROGRAMMING AND Cx -WELDOLET BY OTHERS PSI
CP-HT-10 HEAT TRACE PANEL (PROVIDED BY OTHERS - INTEGRATED BY THIS CONTRACTOR) MAIN BLDG. MER BACnet PROVIDE COMMUNCATION WIRE, INTEGRATE BACNET NORMAL / ALARM
CP-10-5VFDs
CENTRAL MECHANICAL PLANT - VARIABLE FREQUENCY DRIVES
BLDG. 10 MECHANICAL ROOMREFER TO DRAWING M763 FOR PANEL ANDEQUIPMENT LOCATIONS AS WELL AS CABLEROUTING.REFER TO DRAWING M301, M204, M907, M202,M904, M302 AND M206 FOR ADDITIONAL DETAIL.
AI AO DI DO BACnetFURNISH AND INTALL (F/I) A NEW CONTROL PANEL TO CONNECT POINTSAND DEVICES AS LISTED HEREIN.
CONTROLLER OFFLINE
VARIABLE FREQUENCY DRIVE POINTS (3-CHW-VFD, 3 CTFAN VFD, 3-HW VFD BACNETINTEGRATE NEW VFS INTO BMS, PROGRAM FOR A MINIMUM OF 15 INT.POINTS
START/STOP 9 AOWIRE TO TERMINAL FOR POINT ON NEW VFD, PROGRAM, COMMISIONAND PROVIDE GRAPHICS
STATUS 9 AIWIRE TO TERMINAL FOR POINT ON NEW VFD, PROGRAM, COMMISIONAND PROVIDE GRAPHICS
VFD SPEED OUTPUT 9 DOWIRE TO TERMINAL FOR POINT ON NEW VFD, PROGRAM, COMMISIONAND PROVIDE GRAPHICS
TOTAL OF 9 VFDS3 VFDS - CHILLED WATER PUMP3 VFDS CT FANS3 VFDS HOT WATER PUMPS
MAIN BUILDING MERCHILLED WATER SERVICE
MAIN BUILDING MERMEDIUM TEMPERATURE HOT
WATER SERVICE
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 23BUILDING MANAGEMENT SYSTEM - POINTS LIST
PAGE 29 OF 29
5
6
A B C D E F G H I J
PANEL / SYSTEMSYSTEM / POINT NAME
DEVICE / EQUIP. LOCATION /AREA SERVED
DI DO AI AOPROTOCOL/POINT TYPE
SCOPEOWS DISPLAY /
ALARM
POINTS
1025
102610271028102910301031103210331034103510361037
VFD SPEED FEEDBACK 9 DIWIRE TO TERMINAL FOR POINT ON NEW VFD, PROGRAM, COMMISIONAND PROVIDE GRAPHICS
BYPASS INDICATION 9 DIWIRE TO TERMINAL FOR POINT ON NEW VFD, PROGRAM, COMMISIONAND PROVIDE GRAPHICS
INTEGRATED SYSTEMS GAS LEAK DETECTIONREFRIGERANT LEAK DETECTION PANEL (INTEGRATION) BACnet INTEGRATE TO 3RD PARTY SYSTEMFUEL OIL PUMP SKID (INTEGRATION) BACnet INTEGRATE TO 3RD PARTY SYSTEMREMOTE DIALER BACnet INTEGRATE TO 3RD PARTY SYSTEMCHILLED AND HOT WATER VFDS BACnet INTEGRATE TO 3RD PARTY SYSTEMVARIABLE FREQUENCY DRIVE (TYPICAL) BACnet INTEGRATE TO EXISTING AND NEW VFDS
START/STOP 1 DOSTATUS 1 DI
VFD SPEED OUTPUT 1 AOVFD SPEED FEEDBACK 1 AI
EXTEND POINT WIRE AND PROVIDE PROGRAMMING, ANDCOMMISSIONING AS SPECIFIED.
PROJECT NO.: BI-JA-465ADDENDUM #5
SECTION 23 09 99
BUILDINGS – SEQUENCE OF OPERATION
PAGE 1 OF 24
ADDENDUM #5 PROJECT NO.: BI-JA-465
The following Sequences are provided for reference only. This contractor shall verify that all components,
programming, devices and commissioning required to achieve these sequences are included in their scope of work.
These sequences are based on the existing equipment controls and operations. This contractor shall ensure proper
operation using these sequences during commissioning.
BUILDINGS - SEQUENCE OF OPERATION
BUILDING 1
AHU1-1 (AHU1-2, AHU1-3, AHU1-4, and AHU1-5 Typical) EF1-X (Typical)
The occupied and unoccupied mode of operation is manually selected from the BMS.
Normal operation is for the air handling unit to operate 24 hours a day, 7 days a week in the occupied mode.
During the occupied mode, the supply fan operates continuously and the intake air damper opens to its
minimum position, as field verified.
During the unoccupied mode both fan remain off and the intake air damper closes.
Normal Operation:
Each zone temperature sensor will modulate its respective zone mixing dampers to maintain the zone
temperature setpoint (adj.), by mixing air from the hot and cold decks. Some zones have space temperature
sensor and some zones have return air temperature sensor, as shown in the Points Schedule.
The hot deck temperature setpoint will be reset by the zone sensor with the greatest demand for heating the
hot deck temp sensor will modulate the hot water valve to maintain the required hot deck temperature.
The cold deck temperature setpoint will be reset by the zone sensor with the greatest demand for cooling. The
cold deck temp sensor will modulate the intake air damper and the mixing air damper in sequence with the
chilled water valve to maintain the required cold deck temperature.
Whenever the supply fan is operating the intake air damper opens to its minimum position, as field verified.
On an initial call for cooling from the cold deck temp sensor, the intake air damper will be modulated beyond
its minimum position to maintain cold deck setpoint.
Once the intake air damper is fully open and there is a continued call for cooling from the cold deck temp
sensor, the chilled water valve will be modulated open to maintain the cold deck setpoint.
The position of the intake air damper is subject to the mixed air low limit temperature setpoint as sensed by
the mixed air temp sensor.
Exhaust fan EF1-X will remain off and the exhaust air damper will remain closed until the intake air damper is
fully open, at which time EF1-X will start and the exhaust air damper will open fully. When the intake air damper
is not fully open, EF1-X will remain off and the exhaust air damper will remain closed.
Modulation of the intake air damper is subject to an enthalpy and temperature comparison. Whenever the
outside air temperature is below 55 degrees, the mixing dampers are allowed to modulate. When the outside
temperature is above 55 degrees, the enthalpy content of the outside is compared to the enthalpy content of
the return air. The intake air damper will be returned to and remain at a position to admit only its minimum
amount of outside air for ventilation purpose and EF3-1 will stop and the exhaust air damper will close.
An outside air temperature switchover setpoint is provided. This set point is manually adjustable from the
BMS. When the outside air temperature is above this setpoint, the hot water valve is not allowed to open.
When the outside air temperature is below this setpoint, the chilled water valve is not allowed to open.
Therefore, the unit cannot operate with mechanical heating and mechanical cooling at the same time. This
setpoint will be set at 60 degree(adjustable).
SECTION 23 09 99
BUILDINGS – SEQUENCE OF OPERATION
PAGE 2 OF 24
ADDENDUM #5 PROJECT NO.: BI-JA-465
Upon sensing an air temperature of less than 35 degree entering the cooling coil, the freezestat will stop the
supply fan, close the outside air damper and fully open the hot water valve. An alarm will also be indicated at
the BMS. The BMS need to be manually reset before the system can be restarted.
Fire alarm control relays will stop the supply fan and all exhaust fans connected to this system upon
activation by the building fire alarm system.
TOILET EXHAUST FANS EF1-6A, 6B, 6C AND EF1-7
The toilet exhaust fans operate continuously. When the exhaust fan starts, it’s respective exhaust damper
opens. The fans may be started and stopped from the BMS. Fan status will be monitored by the BMS and
an alarm will be indicated if the fan stops.
MEZZ. EXHAUST FANS EF1-9 & 10
When the relative humidity exceeds 60%(adjustable), as sensed by exhaust duct humidity sensor, the exhaust
fan will be started. When the exhaust fan starts, the exhaust damper and outside air intake damper will open.
BUILDING 2
AHU2-1 (AHU2-2, AHU2-3, AHU2-4, and AHU2-5 Typical) EF2-X (Typical)
The occupied and unoccupied mode of operation is manually selected from the BMS.
Normal operation is for the air handling unit to operate 24 hours a day, 7 days a week in the occupied mode.
During the occupied mode, the supply fan operates continuously and the intake air damper opens to its
minimum position, as field verified.
During the unoccupied mode both fan remain off and the intake air damper closes.
Normal Operation:
Each zone temperature sensor will modulate its respective zone mixing dampers to maintain the zone
temperature setpoint (adj.), by mixing air from the hot and cold decks.
Some zones have space temperature sensor and some zones have return air temperature sensor, as shown
in the points schedule.
The hot deck temperature setpoint will be reset by the zone sensor with the greatest demand for heating. The
hot deck temp sensor will modulate the hot water valve to maintain the required hot deck temperature.
The cold deck temperature setpoint will be reset by the zone sensor with the greatest demand for cooling. The
cold deck temp sensor will modulate the intake air damper in sequence with the chilled water valve to maintain
the required cold deck temperature.
Whenever the supply fan is operating the intake air damper opens to its minimum position, as field verified.
On an initial call for cooling from the cold deck temp sensor, the intake air damper will be modulated beyond
its minimum position to maintain the cold deck setpoint.
Once the intake air damper is fully open and there is a continued call for cooling from the cold deck temp
sensor, the chilled water valve will be modulated open to maintain the cold deck setpoint.
The position of the intake air damper is subject to the mixed air low limit temperature setpoint as sensed by
the mixed air temp sensor.
Exhaust fan EF2-X will remain off and the exhaust damper will remain closed until the intake air damper is
fully open, at which time EF2-1 will start and the exhaust air damper will open fully. When the intake air damper
is not fully open, EF2-X will remain off and the exhaust air damper will remain closed.
SECTION 23 09 99
BUILDINGS – SEQUENCE OF OPERATION
PAGE 3 OF 24
ADDENDUM #5 PROJECT NO.: BI-JA-465
Modulation of the intake air damper is subject to an enthalpy and temperature comparison. Whenever the
outside air temperature is below 55 degrees, the mixing dampers are allowed to modulate. When the outside
temperature above 55 degrees, the enthalpy content of the outside is compared to the enthalpy content of the
return air. When the enthalpy content of the outside air exceeds the enthalpy content of the return air, the
intake air damper will be returned to and remain at a position to admit only a minimum amount of outside air
for ventilation purpose and EF3-X will stop and the exhaust air damper will close.
An outside air temperature switchover setpoint is provided. This setpoint is manually adjustable from the BMS.
When the outside air temperature is above this setpoint, the hot water valve is not allowed to open. When the
outside air temperature is below this setpoint, the chilled water valve is not allowed to open. Therefore, the
unit cannot operate with mechanical heating and mechanical cooling at the same time. This setpoint will be
set at 60 degree(adjustable).
Upon sensing an air temperature of less than 35 degree entering the cooling coil, the freezestat will stop the
supply fan, close the outside air damper and fully open the hot water valve. An alarm will also be indicated at
the BMS. The BMS need to be manually reset before the system can be restarted.
Fire alarm control relays will stop the supply fan and EF2-X upon activation by the building fire alarm system.
TOILET EXHAUST FANS EF2-6A, 6B, 6C and EF2-7
The toilet exhaust fans operate continuously. When the exhaust fan starts, it’s respective exhaust damper
opens. The fans may be started and stopped from the BMS. Fan status will be monitored by the BMS and an
alarm will be indicated if the fan stops.
MEZZ. EXHAUST FANS EF2-9 & EF2-10
When the relative humidity exceeds 60%(adjustable), as sensed by exhaust duct humidity sensor the exhaust
fan will be started. When the exhaust fan starts, the exhaust damper and outside air intake damper will open.
BUILDING 3
AHU3-1 (AHU3-2, AHU3-3, AHU3-4, AHU3-5 and AHU3-6 Typical) EF3-X (Typical)
The occupied and unoccupied mode of operation is manually selected from the BMS.
Normal operation is for the air handling unit to operate 24 hours a day, 7 days a week in the occupied mode.
During the occupied mode, the supply fan operates continuously and the intake air damper opens to its
minimum position as field verified.
During the unoccupied mode both fans remain off and the intake air damper closes
Each zone temperature sensor will modulate its respective zone mixing dampers to maintain the zone
temperature setpoint, by mixing air from the hot and cold decks.
The hot deck temperature setpoint will be reset by the zone sensor with the greatest demand for heating. the
hot deck temp sensor will modulate the hot water valve to maintain the required hot deck temperature.
The cold deck temperature setpoint will be reset by the zone sensor with the greatest demand for cooling. the
cold deck temp sensor will modulate the intake air damper and the mixing air damper in sequence with the
chilled water valve to maintain the required cold deck temperature.
Whenever the supply fan is operating the intake air damper opens to a minimum position.
On an initial call for cooling from the cold deck temp sensor, the intake air damper will be modulated beyond
its minimum position to maintain the cold deck setpoint.
Once the intake air damper is fully open and there is a continued call for cooling from the cold deck temp
sensor, the chilled water valve will be modulated open to maintain the cold deck setpoint.
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ADDENDUM #5 PROJECT NO.: BI-JA-465
The position of the intake air damper is subject to a mixed air low limit temperature as sensed by the mixed
air temp sensor.
Exhaust fan EF3-X will remain off and the exhaust damper will remain closed until the inside air damper is
fully open, at which time EF3-X will start and the exhaust air damper will open fully. When the intake air damper
is not fully open, EF3-X will remain off and the exhaust air damper will remain closed.
Modulation of the intake air damper is subject to an enthalpy and temperature comparison. Whenever the
outside air temperature is below 55 degrees, the mixing dampers are allowed to modulate. When the outside
temperature above 55 degrees, the enthalpy content of the outside is compared to the enthalpy content of the
return air. When the enthalpy content of the outside air exceeds the enthalpy content of the returned air, the
intake air damper will be returned to and remain at a position to admit only its minimum amount of outside air
for ventilation purpose and EF3-X will stop and the exhaust air damper will close.
An outside air temperature switchover setpoint is provided. This set point is manually adjustable from the
BMS. When the outside air temperature is above this setpoint, hot water valve is not allowed to open. When
the outside air temperature is below this setpoint, the chilled water valve is not allowed to open. Therefore,
the unit cannot operate with mechanical heating and mechanical cooling at the same time. This setpoint will
be set at 60 degree(adjustable).
Upon sensing an air temperature of less than 35 degree entering the cooling coil the freeze stat will stop the
supply fan, close the outside air damper and fully open the hot water valve. An alarm will also be indicated at
the BMS. The BMS need to be manually reset before the system can be restarted.
Fire alarm control relays will stop the supply fan and EF3-1 upon activation by the building fire alarm system.
EXHAUST FAN EF3-5
Exhaust fan EF3-5 is interlocked with both AHU3-5 and AHU3-6. Before EF3-5 will start, both AHU-5 and
AHU-6 must be operating on 100% outside air. When EF3-5 start, the exhaust dampers for AHU3-6 will open.
SMOKE PURGE CYCLE (AHU3-4 ONLY)
AHU3-4 is provided with a smoke purge cycle. The smoke purge system consists of AHU3-4 supply fan,
EF3-4 exhaust fan and smoke dampers SD1 thru SD11.
The smoke purge area is divided into three smoke zones;
Smoke Zone 1 = Upper level lounge 3U-E03
Smoke Zone 2 = Lower level lounge 3L-E03
Smoke Zone 3 = Inmate room area ‘E’
Relays are activated by the building fire alarm system to indicate which of the three smoke zone are in
alarm.
If no smoke zones are in alarm, the air handling unit will operate normally and all smoke damper will be
open. Note, SD3 & 4 will open to their normal operation position of 10%(adjustable).
1. When smoke zone 1, or smoke zones 1 and 3, are activated the following will occur;
a) AHU3-4 supply fan will start regardless of the position of the ‘HAND-OFF-AUTO’ switch on
the fan’s magnetic starter and regardless of the status of low temperature thermostat and
regardless of the status of the duct smoke detectors.
b) EF3-4 exhaust fan will start regardless of the position of the ‘HAND-OFF-AUTO’ switch on
the fan’s magnetic starter and regardless of the status of the duct smoke detectors.
c) The outside air damper and the exhaust air damper will fully open and the return air
damper will fully close.
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ADDENDUM #5 PROJECT NO.: BI-JA-465
d) Smoke damper positions will be as follows;
SD #1 = Open
SD #2 = Closed
SD #3 = Closed
SD #4 = Open
SD #5 = Closed
SD #6 = Closed
SD #7 = Closed
SD #8 = Open
SD #9 = 20% Open
SD #10 = Closed
SD #11 = Closed
e) The hot deck hot water valve will be commanded fully open.
2. When smoke zone 2, or smoke zones 2 and 3, are activated the following will occur;
a) AHU3-4 supply fan will start regardless of the position of the ‘HAND-OFF-AUTO’ switch on
the fan’s magnetic starter and regardless of the status of low temperature thermostat and
regardless of the status of the duct smoke detectors.
b) EF3-4 exhaust fan will start regardless of the position of the ‘HAND-OFF-AUTO’ switch on
the fan’s magnetic starter and regardless of the status of the duct smoke detectors.
c) The outside air damper and the exhaust air damper will fully open and the return air
damper will fully close.
d) Smoke damper positions will be as follows;
SD #1 = Open
SD #2 = Closed
SD #3 = Closed
SD #4 = Open
SD #5 = Closed
SD #6 = Closed
SD #7 = Closed
SD #8 = Open
SD #9 = 20% Open
SD #10 = Closed
SD #11 = Closed
e) The hot deck hot water valve will be commanded fully open.
3. When smoke zone 3, is activated the following will occur;
a) AHU3-4 supply fan will start regardless of the position of the ‘HAND-OFF-AUTO’ switch on
the fan’s magnetic starter and regardless of the status of low temperature thermostat and
regardless of the status of the duct smoke detectors.
b) EF3-4 exhaust fan will start regardless of the position of the ‘HAND-OFF-AUTO’ switch on
the fan’s magnetic starter and regardless of the status of the duct smoke detectors.
c) The outside air damper and the exhaust air damper will fully open and the return air
damper will fully close.
d) Smoke damper positions will be as follows;
SD #1 = Closed
SD #2 = Open
SD #3 = Closed
SD #4 = Closed
SD #5 = Closed
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ADDENDUM #5 PROJECT NO.: BI-JA-465
SD #6 = Closed
SD #7 = Open
SD #8 = Open
SD #9 = 20% Open
SD #10 = Closed
SD #11 = Closed
e) The hot deck hot water valve will be commanded fully open.
TOILET EXHAUST FANS EF3-6 & 7 AND EF1-6
The toilet exhaust fans operate continuously. When the exhaust fan starts, it’s respective exhaust damper
opens. The fans may be started and stopped from the BMS. Fan status will be monitored by the BMS and
an alarm will be indicated if the fan stops.
MEZZ. EXHAUST FANS EF3-10 & 11
When the relative humidity exceeds 60%(adjustable), as sensed by space humidity sensor the exhaust fan
will be started. When the exhaust fan starts, the exhaust damper and outside air intake damper will open.
BUILDING 4
AHU4-1 (AHU4-2 Typical) EX4-X (Typical)
The occupied and unoccupied modes of operation is manually selected from the BMS.
During the occupied mode, the supply fan operates continuously and the intake air damper opens to its
minimum position, as field verified.
During the unoccupied mode both fans remain off and the intake air damper closes.
Each zone temperature sensor will modulate its respective zone mixing damper to maintain the zone temp
setpoint (adj.), by mixing air from the hot and cold decks.
The hot deck temperature setpoint will be reset by the zone sensor with the greatest demand for heating. The
hot deck temp sensor will modulate the hot water valve to maintain the required hot deck temperature.
The cold deck temperature setpoint will be reset by the zone sensor with the greatest demand for cooling. The
cold deck temp sensor will modulate the intake air damper, the mixing air damper & the exhaust air damper
in sequence with the chilled water valve to maintain the required cold deck temperature.
On an initial call for cooling form the cold deck temp sensor, the intake damper will be modulated beyond its
minimum position to maintain the cold deck setpoint.
Once the intake air damper is fully open and there is a continued call for cooling from the cold deck temp
sensor. The chilled water valve will be modulated open to maintain the cold deck setpoint.
The position of the intake air damper is subject to a mixed air low limit temperature as sensed by the mixed
air temp sensor.
When the intake air damper is modulated beyond its minimum position, EF4-X is started. When the intake air
damper is at, or below, it’s minimum position EF4-X is stopped.
Modulation of Intake Air Damper is subject to an enthalpy and temperature comparison. Whenever the outside
air temperature is below 55 degrees, the mixing dampers are allowed to modulate. When the outside air
temperature is above 55 degrees, the enthalpy content of the outside air is compared to the return air. When
the enthalpy content of the outside air exceeds the enthalpy content of return air, the intake air damper will be
returned to and remain at a position to admit only a minimum amount of outside air for ventilation purposes
and EF4-X will stop.
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ADDENDUM #5 PROJECT NO.: BI-JA-465
An outside air temperature switchover setpoint is provided. This set point is manually adjustable from the
BMS. When the outside air temperature is above this setpoint, the hot water valve is not allowed to open.
When the outside air temperature is below this setpoint, the chilled water valve is not allowed to open.
Therefore, the unit cannot operate with mechanical heating and mechanical cooling at the same time. This
setpoint will be set at 60 degrees (adjustable).
The return duct humidity will modulate the humidifier to maintain a setpoint of 40% RH (adjustable) in the
return air stream.
Upon sensing an air temperature of less than 35 degrees entering the cooling coil, the freeze stat will stop the
fans, close the outside air damper and fully open the hot water valve. An alarm will also be indicated at the
BMS. The freeze stat must be manually reset before the system can be restarted.
Fire alarm control will stop supply fan and EF4-1(2) upon activation by the building fire alarm system.
AIR HANDING UNIT AHU4-3, EF4-3
Occupied and unoccupied modes of operation will be time scheduled through the BMS.
During the occupied mode a start command will be sent to the variable frequency drive, which will ramp up to
speed and control the speed of the both supply fan AHU4-3 and the return fan EF4-3, to maintain a constant
supply duct static pressure as sensed by the static pressure tip located in the supply duct as shown on the
drawing. Both fans operate continuously during the occupied cycle.
The supply air temperature, as sensed by the hot deck control sensor, will be reset from outside air
temperature as indicated on the reset schedule. The supply air temperature will be maintained by modulating
the heating valve in sequence with the outside, return & exhaust dampers and the chilled water valve.
On a call for heating, the cold water valve will be closed, the outside air damper will be at its minimum position,
as field verified, and the hot water valve will be modulated open.
On a call for cooling, the chilled water valve and the hot water valve will be closed, the outside air damper will
start to modulate open beyond its minimum position while the return air damper modulates closed and the
exhaust air damper modulates open.
Modulation of mixing dampers is subject to a mix air low limit temperature as sensed by the cold deck temp
sensor. Once the unit is operating on 100% outside air and there is a continued call for cooling, the cold water
valve will be modulated.
Modulation of the mixing damper is subject to an enthalpy and temperature comparison. Whenever the outside
air temperature is below 55 degrees, the mixing damper is allowed to modulate. When the outside air
temperature is above 55 degrees, the enthalpy content of the outside air is compared to the enthalpy content
of the return air. When the enthalpy content of the outside air exceeds the enthalpy content of the return air,
the mixing damper will be return to and remain at a position to admit only a minimum amount of the outside
air for ventilation purpose.
Unoccupied Mode:
The supply and return fan will stop, the return air damper will open fully and the outside air and exhaust air
dampers will close.
The supply and return fans will be cycled on 100% return air if any one of the terminal unit space temperature
sensors, sense a space temperature of bellow 55 degree (adjustable). The speed of the fans will be controlled
for 90 degrees (adjustable) while the fans are operating during the unoccupied cycle to provide heat.
An optimal start process will index the system to a warm up mode prior to the scheduled occupancy time
based on space temperature and outside air temperature. During the warm up mode, the fans operate
continuously on 100% return air.
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ADDENDUM #5 PROJECT NO.: BI-JA-465
Upon sensing a leaving air temperature of less than 35 degrees from the heating coil, the freeze stat will
stop the fans, close the outside air damper and fully open the hot water valve. An alarm will also be indicated
at the BMS. The freeze stat must be manually reset before the system can be restarted.
Fire alarm control relays will stop the supply and return fan upon activation by the building fire alarm system.
EF4-4, EF4-5, EF4-6:
When AHU4-1 is operating, EF4-6 will start and run continuously. When AHU4-2 is operating, EF4-5 will
start and run continuously. When AHU4-3 is operating in the occupied mode, EF4-4 will start and run
continuously when the exhaust fan tarts, its respective exhaust damper shall open.
EF4-7, EF4-8:
When the relative humidity exceeds 60% (adj.). as sensed by the Return air humidity sensor, the exhaust
fan will be started. When the exhaust fan starts, the exhaust damper and intake air damper will open.
AIR TEMINAL UNIT (With reheat coil)
On a call for cooling from the space temperature sensor, the unit controller will be reset to increase the CFM
through the terminal unit up to the unit’s maximum CFM rating. On a call for no cooling from the space
temperature sensor, the unit controller will be reset to decrease the CFM through the terminal unit down to
the unit’s minimum CFM rating.
On a call from heating from the space sensor, the unit controller will maintain the minimum CFM flow through
the terminal unit while the reheat valve V-a is modulated to maintain space temperature.
During the morning warm up of AHU4-3, the flow through the terminal unit will be increased to its maximum
CFM rating.
TOILET EXHAUST FANS EF4-4, 5 & 6
When AHU4-1 is operating, EF4-6 will start and run continuously. When AHU4-2 is operating, EF4-5 will
start and run continuously. When AHU4-3 is operating in the occupied mode, EF4-4 will start and run
continuously. When the exhaust fan starts, it’s respective exhaust damper opens.
MEZZ. EXHAUST FANS EF3-10 & 11
When the relative humidity exceeds 60%(adjustable), as sensed by exhaust duct humidity sensor the
exhaust fan will be started. When the exhaust fan starts, the exhaust damper and outside air intake damper
will open.
MECH/ELEC ROOM 4-152 VENTILATION
When the space temperature as sensed by the hot deck temp sensor rises above 85 degrees (adjustable),
the damper located in the wall will open.
MECH/ELEC ROOM 4-121 VENTILATION
When the space temperature as sensed by the cold deck temp sensor rises above 85 degrees (adjustable),
the damper located in the wall will open.
BUILDING-4 ADDITIONAL: DESCRIPTION OF OPERATION
The exhaust fan (single speed) is manually started and stopped from a switch located at the nurse’s station
when the fan starts, the exhaust damper is fully open. After a 2-minute delay (adjustable) commanded from
the BMS. After the programmed delay, power is applied to Room Pressure Monitor to operate. The room
pressure monitor monitors room pressure by measuring the amount of air flow from the corridor to the room.
Upon detecting a low flow condition an audible and visual alarm will be activated on room pressure monitor.
When the exhaust fan is stopped, the exhaust damper closes fully and the room pressure monitor is
disabled.
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ADDENDUM #5 PROJECT NO.: BI-JA-465
BUILDING 5
AIR HANDLING UNIT AHU5-1:
Occupied and unoccupied modes of operation will be time scheduled through BMS.
OCCUPIED MODE
A start command will be sent to the variable frequency drive, which will ramp up to speed and control the
speed of the supply fan AHU5-1, to maintain a constant fan speed during the occupied cycle. The supply fan
operates continuously during the occupied cycle.
The supply air temperature, as sensed by the hot deck temp sensor, will be reset from space temperature as
sensed by the mixed air temp sensor, to maintain a heating setpoint of 70 degrees (adjustable), and a cooling
setpoint of 78 degrees (adjustable), in the space.
The supply air temperature will be maintained by modulating the hot water valve in sequence with the outside,
return & exhaust damper and chilled water valve.
On a call for heating, the chilled water valve will be closed, the outside air damper will be at it’s minimum
position and the hot water valve will modulated open. On a call for cooling, the chilled water valve and the hot
water valve will be closed, the outside air damper will start to modulate open beyond it’s minimum position
while the return air damper modulates closed and exhaust damper modulate open.
When the outside air damper and exhaust damper modulate open beyond minimum position, exhaust fan EF-
5-1 will be started.
Modulation of mixing dampers is subject to a mix air low limit temperature as sensed by the cold deck temp
sensor. Once the unit operating on 100% outside air and there is a continued call for cooling the chilled water
valve will be modulated open.
Modulation of the mixing damper is subject to a dry bulb economizer. Whenever the outside temperature is
below 68 degree (adjustable), the mixing dampers are allowed to modulate, and EF5-1 is allowed to start and
stop. When the outside air temperature above 68 degrees the damper will be return to and remain at a position
to admit only a minimum amount of air for ventilation purpose, and EF5-1 will remain off.
UNOCCUPIED MODE
The supply fan will run continuously at a reduced speed, the return air damper will open fully and the outside
air damper and exhaust air damper will close. EF5-1 will remain off during the unoccupied cycle. The chilled
water valve will be modulated to maintain a lower unoccupied space temperature as sensed by the mixed air
temperature sensor.
An optional start process will index the system to warm up mode prior to the scheduled occupancy time
based on space temperature and outside air temperature. During the warm up mode, the supply fan
operates continuously on 100% return air at it’s occupied cycle speed, EF5-1 remain off.
Upon sensing a leaving air temperature of less than 35 degrees from the heating coil, the freeze stat will
stop the fans, close the outside air damper and fully open the hot water valve. An alarm will also be indicated
at the BMS. The freeze stat must be manually reset before the system can be restarted.
Fire alarm control relays will stop supply fan and EF5-1 upon activation by the building fire alarm system.
SECTION 23 09 99
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PAGE 10 OF 24
ADDENDUM #5 PROJECT NO.: BI-JA-465
FAN COIL UNTIL FC5-1 (FC5-2, 3 & 4 TYPICAL)
Occupied and unoccupied cycles of corporation will be times schedule through FMS.
Occupied cycle
The fan coil until start and operate continuously. The outside air damper will open fully to admit a fix amount
of outside air. The space temperature sensor hot deck temp sensor will modulate in sequence with the chilled
water valve to maintain the desired space temperature (adj.).
Unoccupied cycle
The fan coil unit will be cycle on 100% return air and the hot water valve will modulate to maintain the
unoccupied heating setpoint. Cooling will not operate.
Upon sensing a leaving air temperature of less than 35 degrees from the heating coil, the freeze stat will
stop the fans, close the outside air damper and fully open the hot water valve. An alarm will also be
indicated at the BMS. The freeze stat must be manually reset before the system can be restarted.
Note, FC5-1 and FC5-2 share a common outside air damper. FC5-3 and FC5-4 share a common outside air
damper.
MECHANICAL ROOM EXHAUST FAN EF5-4:
When the space temperature as sensed by the mixed air temp sensor rises above 85 degrees (adjustable),
the exhaust fan will be started. When the exhaust fan starts, the outside air intake damper opens and exhaust
air damper opens. When the exhaust fan stops, the outside air intake damper and the exhaust air damper
close.
BUILDING 6
AIR HANDLING UNIT AHU6-1, EF6-1:
Occupied and unoccupied modes of operation will be time scheduled through BMS.
OCCUPIED MODE
A start command will be sent to the variable frequency drive, which will ramp up to speed and control the
speed of both the supply fan AHU6-1 and the return fan EF6-1, to maintain a constant supply duct static
pressure as sensed by the static pressure tip located in the supply duct as shown on the drawing. Both fans
operate continuously during the occupied cycle.
The supply air temperature, as sensed by the hot deck temp sensor, will be reset from outside air temperature
as indicated on reset schedule. The supply air temperature will be maintained by modulating the heating valve
in sequence with the outside, return & exhaust dampers and chilled water valve.
On a call for heating, the chilled water valve will be closed, the outside air damper will be at it’s minimum
position and the hot water valve will be modulated open.
On a call for cooling, the chilled water valve and the hot water valve will be closed, the outside air damper will
start to modulate open beyond its minimum position while the return air damper modulates closed and the
exhaust air damper modulates open.
Modulation of mixing dampers is subject to a mix air ow limit temperature as sensed by the cold deck temp
sensor. Once the unit operating on 100% outside air and there is a continued call for cooling hot water valve
will be modulated open.
Modulation of the mixing damper is subject to an enthalpy and temperature comparison. Whenever the outside
air temperature is below 55 degrees, the mixing damper are allowed to modulate. When the outside air
temperature is above 55 degrees, the enthalpy content of the outside air is compared to the enthalpy content
SECTION 23 09 99
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ADDENDUM #5 PROJECT NO.: BI-JA-465
of the return air. When the enthalpy content of the outside air exceeds the enthalpy content of the return air,
the mixing damper will be return to and remain at a position to admit only a minimum amount of the outside
air for ventilation purpose.
UNOCCUPIED MODE:
The supply and return fan will stop, the return air damper will open fully and outside air and exhaust air
dampers will close.
The supply and return fans will be cycled on 100% return air if any one of the terminal unit space temperature
sensors, sense a space temperature of bellow 55 degree (adjustable). The speed of the fans will be controlled
for 90 degrees (adjustable) while the fans are operating during the unoccupied cycle to provide heat.
An optimal start process will index the system to a warm up mode prior to the scheduled occupancy time
based on space temperature and outside air temperature. During the warm up mode, the fans operate
continuously on 100% return air.
Upon sensing a leaving air temperature of less than 35 degrees from the heating coil, the freeze stat will stop
the fans, close the outside air damper and fully open the hot water valve. An alarm will also be indicated at
the BMS. The freeze stat S-1 must be manually reset before the system can be restarted.
Fire alarm control relays will stop the supply and return fan upon activation by the building fire alarm system.
AIR TEMINAL UNIT (With reheat coil)
On a call for cooling from the space temperature sensor, the unit controller will be reset to increase the CFM
through the terminal unit up to the unit’s maximum CFM rating.
On a call for no cooling from, the unit controller will be reset to decrease the CFM through the terminal unit
down to the unit’s minimum CFM rating.
On a call from heating from, the unit controller will maintain the minimum CFM flow through the terminal unit
while the reheat valve V-a is modulated to maintain space temperature.
During the morning warm up of the flow through the terminal unit will be increased to its maximum CFM rating.
TOILET EXHAUST FANS EF6-2:
When AHU6-1 is indexed to occupied mode, the exhaust fan will start and operate continuously. When the
exhaust fan starts, the exhaust damper opens fully. When AHU6-1 is indexed to the occupied mode the
exhaust fan will stop and remain off. When the exhaust fan stops, the exhaust damper closes.
MECHANICAL MEZZ EXHAUST FAN EF6-4:
When the space humidity as sensed by return duct humidity sensor rises above 60 percent (adjustable), the
exhaust fan will be started. When the exhaust fan starts, the outside air intake damper opens and the
exhaust air damper opens. When the exhaust fan stops, the outside air intake damper opens and the
exhaust air damper close.
BUILDING- 7
AIR HANDLING UNIT AHU7-1 EF7-4:
Occupied and unoccupied modes of operation will be time scheduled through BMS.
Occupied mode:
A start command will be sent to the variable frequency drive, which will ramp up to speed and control speed
of supply fan AHU7-1, to maintain a constant fan speed during the occupied cycle. The supply fan operates
continuously during the occupied cycle.
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ADDENDUM #5 PROJECT NO.: BI-JA-465
The supply air temperature, as sensed by the hot deck temp sensor, will be reset from space temperature
sensed by the mixed air temp sensor, to maintain heating setpoint of 70 degrees (adjustable), and cooling set
of 78 degrees (adjustable), in the space.
The supply air temperature will be maintained by modulating the heating valve in sequence with the outside
return and exhaust damper and the chilled water valve.
On a call for heating the chilled water valve will be closed, the outside air damper will be at it’s minimum
position and hot water valve will be modulated open.
On a call for cooling the hot water valve and the chilled water valve will be closed, the outside air damper will
start to modulate open beyond it’s minimum position while the return air damper modulate closed and exhaust
damper modulates open. When the outside air damper and exhaust damper modulate open beyond minimum
position, exhaust fan EF7-4 will be started.
Modulation of the mixing damper is subject to a mixed air low limit temperature as sensed by the cold deck
temp sensor. Once the unit is operating on 100% outside air and there is a continued call for cooling, the
chilled water valve will modulate open.
Modulation of the mixing damper is subject to a dry bulb economizer. Whenever the outside temperature is
below 68 degree (adjustable), the mixing dampers are allowed to modulate, and EF7-4 is allowed to start and
stop. When the outside air temperature above 68 degrees the damper will be return to and remain at a position
to admit only a minimum amount of air for ventilation purpose, and EF7-4 will remain off.
Unoccupied Mode:
The supply fan will run continuously at a reduced speed, the return air damper will open fully and the outside
air damper and exhaust air damper will close. EF7-4 will remain off during the unoccupied cycle. The chilled
water valve will be modulated to maintain a lower unoccupied space temperature as sensed by The mixed
air temp sensor.
An optional start process will index the system to warm up mode prior to the scheduled occupancy time based
on space temperature and outside air temperature. During the warm up mode, the supply fan operates
continuously on 100% return air at it’s occupied cycle speed, EF7-4 remain off.
Upon sensing a leaving air temperature of less than 35 degrees from the heating coil. The freeze stat will stop
the supply fan, close the outside air damper and fully open the hot water. An alarm will also be indicated at
the BMS. The freeze stat must be manually reset before the system can be restarted.
Fire alarm control relays will stop supply fan and EF5-1 upon activation by the building fire alarm system.
FAN COIL UNTIL FC7-1 (FC7-2 TYPICAL)
Occupied and unoccupied cycles of corporation will be times schedule through BMS.
Occupied cycle:
The fan coil until start and operate continuously.
Outside air damper will open fully to admit a fix amount of outside air. The space temperature sensor the
hot deck sensor will modulate the hot water valve in sequence with the chilled water valve to maintain the
desired space temperature.
Unoccupied cycle:
The fan coil unit will be cycle on 100% return air and the hot water valve will modulate to maintain the
unoccupied heating setpoint. Cooling will not operate.
Upon sensing a leaving air temperature of less than 35 degrees from the heating coil, the freeze stat will stop
the fan, close the outside damper and fully open the hot water valve. An alarm will also be indicated BMS.
The freeze stat must be manually reset before the system can be restarted.
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ADDENDUM #5 PROJECT NO.: BI-JA-465
MAKE-UP AIR HANDLING UNIT MAU7-1 & HOOD FAN EF7-1
Occupied Cycle:
Whenever the kitchen hood exhaust fan, EF7-1 is manually started, exhaust damper opens fully and MAU7-
1 will be indexed to the occupied cycle. MAU7-1 supply fan will start and run continuously. Outside air damper
will open fully to admit 100% outside air.
The face and bypass damper will come under control of temperature hot deck sensor located in the fan
discharge. The face & bypass damper will be modulated to maintain a constant supply air temperature of 55
degrees (adjustable).
Unoccupied Cycle:
When exhaust fan EF7-1 is manually stopped, the exhaust damper closes, MAU7-1 stops, and the make-
up air unit outside air damper closes. MAU7-1 remains off during the unoccupied cycle.
Upon sensing a leaving air temperature of less than 35 degrees from the heating coil, the freeze stat will
stop the supply fan, close the outside air damper and fully open the chilled water valve. An alarm will also
be indicated at the BMS. The freeze stat must be manually reset before the system can be restarted.
Fire alarm control relays will stop supply fan upon activation by the building fire alarm system.
TOILET EXHAUST FANS EF7-2 AND EF7-3:
Whenever AHU7-1, FC7-1 or FC7-2 is operating in the occupied mode. EF7-2 will start and run
continuously. When EF7-2 starts, the exhaust damper will open fully. When AHU7-1, FC7-1 and FC7-2 are
not operating in the occupied mode, EF7-2 will remain off and the exhaust damper will remain close.
Whenever MAU7-1 is operating in the occupied mode, EF7-3 will start and run continuously. When EF7-3
starts, the exhaust damper will open fully. When MAU7-1 is not operating in the occupied mode EF7-3 will
remain off and the exhaust damper remain closed.
MEZZ. EXHAUST FAN EF7-5
When the relative humidity exceeds 60%(adjustable), as sensed by exhaust duct humidity sensor the
exhaust fan will be started. When the exhaust fan starts, the exhaust damper and outside air intake damper
will open.
BUILDING 8
AIR HANDLING UNIT AHU8-1 EF-8:
Occupied and unoccupied cycles of operation will be time scheduled through BMS.
Occupied Mode:
A start command will be sent to the variable frequency drive, which will ramp up to speed and control the
speed of both the supply fan AHU8-1 and the return fan EF8-1, to maintain a constant supply duct static
pressure as sensed by the static pressure tip located in the supply duct as shown on the drawing. Both fans
operate continuously during the occupied cycle.
The supply air temperature, as sensed by the hot deck temp sensor, will be reset from outside air temperature
as indicate by the rese schedule the supply air temperature sensor will be maintained by modulating heating
valve in sequence with the outside, return & exhaust damper and chilled water valve. On a call for heating,
the chilled water valve will be closed, the outside air damper will be at its minimum position and the hot water
valve will be Modulated open. On a call for cooling the chilled water and hot water valve will be closed, the
outside air damper will start to modulate open beyond its minimum position while the return air damper
modulates closed and exhaust Modulation of mixing dampers is subject to a mix air ow limit temperature as
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ADDENDUM #5 PROJECT NO.: BI-JA-465
sensed by the cold deck temperature sensor. Once the unit operating on 100% outside air and there is a
continued call for cooling cold water valve will be modulated open.
Modulation of the mixing damper is subject to an enthalpy and temperature comparison. Whenever the
outside air temperature is below 55 degrees, the mixing damper are allowed to modulate. When the outside
air temperature is above 55 degrees, the enthalpy content of the outside air is compared to the enthalpy
content of the return air. When the enthalpy content of the outside air exceeds the enthalpy content of the
return air, the mixing damper will be return to and remain at a position to admit only a minimum amount of the
outside air for ventilation purpose.
Unoccupied Mode:
The supply and return fan will stop, the return air damper will open fully and outside air and exhaust air
dampers will close.
The supply and return fans will be cycled on 100% return air if any one of the terminal unit space
temperature sensors, sense a space temperature of bellow 55 degree (adjustable). The speed of the fans
will be controlled for 90 degrees (adjustable) while the fans are operating during the unoccupied cycle to
provide heat.
An optimal start process will index the system to a warm up mode prior to the scheduled occupancy time
based on space temperature and outside air temperature. During the warm up mode, the fans operate
continuously on 100% return air.
Upon sensing a leaving air temperature of less than 35 degrees from the heating coil, the freeze stat will
stop the fans, close the outside air damper and fully open hot water valve. An alarm will also be indicated at
the BMS. The freeze stat must be manually reset before the system can be restarted.
Fire alarm control relays will stop the supply and return fan upon activation by the building fire alarm system.
AIR TEMINAL UNIT (Without reheat coil)
On a call for cooling from the space temperature sensor, the unit controller will be reset to increase the CFM
through the terminal unit up to the unit’s maximum CFM rating. On a call for no cooling from space
temperature sensor, the unit controller will be reset to decrease the CFM through the terminal unit down to
the unit’s maximum CFM rating.
AIR TEMINAL UNIT (With reheat coil)
On a call for cooling from the space temperature sensor, the unit controller will be reset to increase the CFM
through the terminal unit up to the unit’s maximum CFM rating. On a call for no cooling from the space
temperature sensor, the unit controller will be reset to decrease the CFM through the terminal unit down to
the unit’s minimum CFM rating.
On a call from heating from space heating temperature sensor, the unit controller will maintain the minimum
CFM flow through the terminal unit while the reheat valve V-a is modulated to maintain space temperature.
During the morning warm up of AHU4-3, the flow through the terminal unit will be increased to its maximum
CFM rating.
FAN COIL UNTIL FC8-1
Occupied and unoccupied cycles of corporation will be times schedule through BMS.
Occupied cycle
The fan coil until start and operate continuously.
Outside air damper will open fully to admit a fix amount of outside air.
The space temperature sensor hot deck temp sensor will modulate the hot water valve in sequence with
chilled water valve to maintain the desired space temperature.
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ADDENDUM #5 PROJECT NO.: BI-JA-465
Unoccupied cycle
The fan coil unit will be cycle on 100% return air and the heating hot water valve will modulate to maintain
the unoccupied heating setpoint. Cooling will not operate.
Upon sensing a leaving air temperature of less than 35 degrees from the heating coil, the freeze stat will
stop the fan, close the outside damper and fully open the hot water valve. An alarm will also be indicated
BMS. The freeze stat must be manually reset before the system can be restarted.
FAN COIL UNTIL FC8-2
Occupied and unoccupied cycles of corporation will be times schedule through BMS.
Occupied cycle
The fan coil until start and operate continuously.
The space temperature sensor Hot water deck temp sensor will modulate the hot valve in sequence hot
water valve to maintain the desired space temperature.
Unoccupied cycle
The fan coil unit will be cycle and the hot water valve will modulate to maintain the lower unoccupied heating
setpoint. Cooling will not operate.
TOILET EXHAUST FANS EF8-2 & 3:
When AHU8-1 is indexed to occupied mode, the exhaust fan will start and operate continuously. When the
exhaust fan starts, the exhaust damper opens fully. When AHU8-1 is indexed to the occupied mode the
exhaust fan will stop and remain off. When the exhaust fan stops, the exhaust damper closes.
MECHANICAL ROOM EXHAUST FAN EF8-5
When the space temperature as sensed by hot deck temp sensor rises above 55 degrees (adjustable), the
exhaust fan will be started. When the exhaust fan starts, the outside air intake damper opens and exhaust
air damper opens. When the exhaust fan stops, the intake and exhaust dampers close.
BUILDING 9A
AIR HANDLING UNIT AHU9A-1, AHU9A-2,
Occupied and unoccupied cycles of operation will be time scheduled through the BMS.
Occupied cycles:
A start command will be sent to the variable frequency drive, which will ramp up to speed and control the
speed of the supply fan AHU9A-1, to maintain a constant supply duct static pressure tip located in the supply
duct as shown on the drawing. The supply fan operations continuously during the occupied cycle.
The supply air temperature, as sensed by the hot deck temperature sensor, will be reset from outside air
temperature as indicated on the reset schedule shown on the heating valve chilled water valve in sequence
with the outside & return dampers and chilled water . On a call for heating, hot water valve will be closed, the
outside air damper will be at its minimum position and chilled water valve will be modulated open, on a call for
cooling, chilled water valve and hot water valve will be closed, the outsider air damper will start modulate open
beyond its minimum position while the return air damper modulates closed. Modulation of mixing dampers is
subject to a mixed air low limit temperature as sensed by the cold deck temperature sensor. Once the unit is
operating on 100% outside air and there is a continued call for Cooling, hot water valve will modulated open.
Modulation of the mixing dampers is subject to a dry bulb economizer. Whenever the outside air temperature
is below 68 degrees (adjustable), the mixing damper are allowed to modulate. When the outside air
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ADDENDUM #5 PROJECT NO.: BI-JA-465
temperature is above 68 degrees the mixing dampers will be returned to and remain at a position to admit
only a minimum amount of outside air for ventilation purposes.
Unoccupied cycle:
The supply fan will run continuously at a reduced speed; the return air damper will open fully and the outside
air damper and exhaust air damper will close. EF9A-4 will remain off during the unoccupied cycle. Chilled
water valve will be modulated to maintain a lower unoccupied space temperature as sensed by the mixed air
temperature sensor.
An optional start process will index the system to warm up mode prior to the scheduled occupancy time based
on space temperature and outside air temperature. During the warm up mode, the supply fan operates
continuously on 100% return air at it’s occupied cycle speed, EF9A-4 remain off.
Upon sensing a leaving air temperature of less than 35 degrees from the heating coil. The freeze stat will stop
the supply fan, close the outside air damper and fully open the chilled water valve. An alarm will also be
indicated at the BMS. The freeze stat must be manually reset before the system can be restarted.
Fire alarm control relays will stop supply fan upon activation by the building fire alarm system.
AIR TERMINAL UNIT (With Reheat Coil and Parallel Fan)
On a call for cooling from the space temperature sensor, the unit controller will be reset to increase the CFM
through the terminal unit up to the unit’s maximum CFM rating. On a call for no cooling from the space
temperature sensor, the unit controller will be reset to decrease the CFM through the terminal unit down to
the unit’s minimum CFM rating.
On a call from heating from the space temperature sensor, the unit controller will maintain the minimum
CFM flow through the terminal unit from the primary fan system and start the terminal unit parallel fan to
recirculate return air from above the celling. On continued call for heat, the reheat valve V-a is modulated to
maintain space temperature.
During the unoccupied cycle the heating setpoint for the terminal unit is lower and parallel fan and reheat
coil will be cycled to maintain the lower unoccupied setpoint.
During the morning warm up of AHU4-3, the flow through the terminal unit will be increased to it’s maximum
CFM rating.
AIR HANDLING UNIT AHU9A-1, 9A-2
Occupied cycle:
Whenever anyone of the five kitchen hood exhaust fans, EF9A-1 through EF9A-5 is manually started, AHU9A-
2 will be indexed to the occupied Cycle.
A start command will be sent to the variable frequency drive, which will ramp up to speed and control the
speed of the supply fan AHU9A-2.the frequency drive. The supply fan operates continuously during the
occupied cycle, as long as any one of the five hood fans is operating.
When started in the occupied cycle, the outsider air damper will open filly and the return air damper will close
fully. The system will operate using 100% outside air.
The supply air temperature, as sensed by the hot deck temp sensor, will be reset from space temperature as
sensed by the cold deck temp sensor, the supply air temperature will be maintained by modulating the heating
valve.
Unoccupied cycle:
Whenever the all of the five kitchen hood exhaust fans, EF9A-1 through EF9A-1 are manually stopped,
AHU9A-2 will be induced to the unoccupied cycle.
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ADDENDUM #5 PROJECT NO.: BI-JA-465
The supply fan will stop, the return air damper will open full the outside air damper will close. Upon a call for
heating from space temperature sensor the hot deck temp sensor, the supply fan will be cycled on full heat
and 100% return air to maintain to the lower unoccupied temperature setting.
Upon sensing a leaving air temperature of less than 35 degrees from the heating coil. The freeze stat will
stop the supply fan, close the outside air damper and fully open fully hot water valve. Air alarm will also be
indicated at the FMS, The freeze stat must be manually reset before the system can be restarted.
Fire alarm control relays will stop the supply fan upon activation by the building fire alarm system.
FAN COIL UNTIL FC9A-1 (FC9A-2 Typical)
Occupied and unoccupied cycles of corporation will be times schedule through BMS.
Occupied cycle:
The fan coil until start and operate continuously.
The space temperature sensor hot deck sensor will modulate hot water valve in sequence with chilled water
valve to maintain the desired space temperature.
Unoccupied cycle:
The fan coil unit will be cycle and HOT WATER VALVE will modulate to maintain the lower unoccupied
heating setpoint. Cooling will not operate.
KITCHEN HOOD FANS
The kitchen hood fans consist of an exhaust fan and an associated make-up air handing unit. They are
interlocked in pairs as follows:
EF9A-1---MAU9A-1
EF9A-2---MAU9A-2
EF9A-3---MAU9A-3
EF9A-4---MAU9A-4
EF9A-5---MAU9A-5
The exhaust fan is started and stopped manually via a local on/off switch. When the exhaust fan is started,
it’s associated make-up air unit is interlocked to start. When exhaust fan starts, the exhaust damper open
fully. When the make-up air unit starts, outside air damper opens fully and the heating valve comes under
control of temperature sensor hot deck temp sensor located in the heating coil discharge. the hot water
valve will be modulated to maintain a constant supply air temperature of 90 degrees (adjustable).
When the exhaust fan is manually stopped, the exhaust damper closes, the associated make-up air unit
stops, and the make-up air unit outside air damper closes.
The exhaust fans are interlocked with the kitchen hood fire suppression system.
Upon sensing a leaving air temperature of less than 35 degrees from the heating coil. The freeze stat will
stop the supply fan, close the outside air damper and fully open the hot water valve. An alarm will also be
indicated at the BMS. The freeze stat must be manually reset before the system can be restarted.
Fire alarm control relays will stop supply fan upon activation by the building fire alarm system.
TOILET EXHAUST FANS EF8-2 & 3:
When AHU8-1 is indexed to occupied mode, the exhaust fan will start and operate continuously. When the
exhaust fan starts, the exhaust damper opens fully. When AHU8-1 is indexed to the occupied mode the
exhaust fan will stop and remain off. When the exhaust fan stops, the exhaust damper closes.
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ADDENDUM #5 PROJECT NO.: BI-JA-465
EXHAUST FANS EF9A-7, 8 & 9
These exhaust fans are manually started and stopped via a local wall switch. When the fan starts, it’s
respective exhaust damper opens.
ELECTRICAL ROOM EXHAUST FAN EF9A-10
When the space temperature as sensed by hot deck temp sensor rises above 85 degree (adjustable), the
exhaust fan will be started. When the exhaust fan starts, the outside air intake damper opens and the exhaust
air damper opens. When the exhaust fan stops, the intake and exhaust dampers close.
MECHANICAL ROOM EXHAUST FAN EF9A-11
When the space temperature as sensed by hot deck temp sensor rises above 85 degree (adjustable), the
exhaust fan will be started. When the exhaust fan starts, the outside air intake damper opens and the exhaust
air damper opens. When the exhaust fan stops, the intake and exhaust dampers close
CORRIDOR 9A-101 HEAT AND VENTILATION (CORRIDOR 9A-100 Typical)
On a call for cooling from two stage thermostats, exhaust fan EF9A-1 will start, exhaust damper and outside
air intake damper will open. Unit heaters UH-3 & 4 will be off. As the space temperature decrease EF9A-1 will
stop, the intake and exhaust dampers will close and unit UH-3 & 4 will remain off.
On a call for heating from aqua stat, unit heater UH-3 & 4 will be cycled on, subject to their respective strap-
on aqua stat. EF9A-1 will be off. Note, EF9A-2 and UH9A-1 & 2 serve corridor 9A-100.
BUILDING 9B
AIR HANDLING UNIT AHU9B-1, AHU9B-2,
Occupied and unoccupied cycles of operation will be time scheduled through the BMS.
Occupied and unoccupied cycles of operation will be time scheduled through the BMS.
Occupied cycles:
A start command will be sent to the variable frequency drive, which will ramp up to speed and control the
speed of the supply fan AHU9A-1, to maintain a constant supply duct static pressure tip located in the supply
duct as shown on the drawing. The supply fan operations continuously during the occupied cycle.
The supply air temperature, as sensed by the hot deck temperature sensor, will be reset from outside air
temperature as indicated on the reset schedule shown on the heating valve chilled water valve in sequence
with the outside & return dampers and chilled water . On a call for heating, hot water valve will be closed, the
outside air damper will be at its minimum position and chilled water valve will be modulated open, on a call for
cooling, chilled water valve and hot water valve will be closed, the outsider air damper will start modulate open
beyond its minimum position while the return air damper modulates closed. Modulation of mixing dampers is
subject to a mixed air low limit temperature as sensed by the cold deck temperature sensor. Once the unit is
operating on 100% outside air and there is a continued call for Cooling, hot water valve will modulated open.
Modulation of the mixing dampers is subject to a dry bulb economizer. Whenever the outside air temperature
is below 68 degrees (adjustable), the mixing damper are allowed to modulate. When the outside air
temperature is above 68 degrees the mixing dampers will be returned to and remain at a position to admit
only a minimum amount of outside air for ventilation purposes.
Unoccupied cycle:
Both the supply and exhaust fans will stop; the return air damper will open fully and the outside air damper
and exhaust air damper will close. The supply and exhaust fans will remian off during the unoccupied cycle.
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ADDENDUM #5 PROJECT NO.: BI-JA-465
An optional start process will index the system to warm up mode prior to the scheduled occupancy time based
on space temperature and outside air temperature. During the warm up mode, the supply and exhaust fans
operates continuously on 100% return air.
Upon sensing a leaving air temperature of less than 35 degrees from the heating coil. The freeze stat will stop
the supply fan, close the outside air damper and fully open the chilled water valve. An alarm will also be
indicated at the BMS. The freeze stat must be manually reset before the system can be restarted.
Fire alarm control relays will stop supply fan upon activation by the building fire alarm system.
MECHANICAL ROOM EXHAUST FAN EF9B-2
When the space temperature as sensed by hot deck temp sensor rises above 85 degree (adjustable), the
exhaust fan will be started. When the exhaust fan starts, the outside air intake damper opens and the exhaust
air damper opens. When the exhaust fan stops, the intake and exhaust dampers close
TOILET EXHAUST FANS EF9B-1, 5, 6, 7 AND 8
When AHU9B-2 is indexed to the occupied mode, the exhaust fans will start and operate continuously.
When the exhaust fan starts, the exhaust damper opens fully. When AHU9b-1 is indexed to the unoccupied
mode, the exhaust fan will stop and remain off. When the exhaust fan stops, the exhaust damper closes.
TOILET EXHAUST FANS EF9B-4 AND 9
When AHU9B-1 is indexed to the occupied mode, the exhaust fans will start and operate continuously.
When the exhaust fan starts, the exhaust damper opens fully. When AHU9b-1 is indexed to the unoccupied
mode, the exhaust fan will stop and remain off. When the exhaust fan stops, the exhaust damper closes.
BUILDING 9C
AIR HANDLING UNIT AHU9C-1, AHU9C-2,
Occupied and unoccupied cycles of operation will be time scheduled through the BMS.
Occupied and unoccupied cycles of operation will be time scheduled through the BMS.
Occupied cycles:
A start command will be sent to the variable frequency drive, which will ramp up to speed and control the
speed of the supply fan AHU9A-1, to maintain a constant supply duct static pressure tip located in the supply
duct as shown on the drawing. The supply fan operations continuously during the occupied cycle.
The supply air temperature, as sensed by the hot deck temperature sensor, will be reset from outside air
temperature as indicated on the reset schedule shown on the heating valve chilled water valve in sequence
with the outside & return dampers and chilled water . On a call for heating, hot water valve will be closed, the
outside air damper will be at its minimum position and chilled water valve will be modulated open, on a call for
cooling, chilled water valve and hot water valve will be closed, the outsider air damper will start modulate open
beyond its minimum position while the return air damper modulates closed. Modulation of mixing dampers is
subject to a mixed air low limit temperature as sensed by the cold deck temperature sensor. Once the unit is
operating on 100% outside air and there is a continued call for Cooling, hot water valve will modulated open.
Modulation of the mixing dampers is subject to a dry bulb economizer. Whenever the outside air temperature
is below 68 degrees (adjustable), the mixing damper are allowed to modulate. When the outside air
temperature is above 68 degrees the mixing dampers will be returned to and remain at a position to admit
only a minimum amount of outside air for ventilation purposes.
Unoccupied cycle:
Both the supply and exhaust fans will stop; the return air damper will open fully and the outside air damper
and exhaust air damper will close. The supply and exhaust fans will remian off during the unoccupied cycle.
SECTION 23 09 99
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ADDENDUM #5 PROJECT NO.: BI-JA-465
An optional start process will index the system to warm up mode prior to the scheduled occupancy time based
on space temperature and outside air temperature. During the warm up mode, the supply and exhaust fans
operates continuously on 100% return air.
Upon sensing a leaving air temperature of less than 35 degrees from the heating coil. The freeze stat will stop
the supply fan, close the outside air damper and fully open the chilled water valve. An alarm will also be
indicated at the BMS. The freeze stat must be manually reset before the system can be restarted.
Fire alarm control relays will stop supply fan upon activation by the building fire alarm system.
MAKE UP AIR UNIT MAU9D-1 AND EXHAUST FAN EF9D-6
EF9D-6 is manually started and stopped by indexing an existing selector switch with shall remain and be
reused. When EF9D-6 starts, the exhaust air damper closes. The fan will be started and the VFD will begin
to ramp to control CFM When MAU9D-1 starts the outside air damper opens fully and the return air damper
closes fully, the system operated using 100% outside air. The supply air temperature will be controlled to
maintain a constant 85F (adj.). by modulating the hot water valve.
When EF9d-6 is stopped, MAU9D-1 will sop and the outside air damper will close and the return damper will
open.
Upon sensing a leaving air temperature of less that 35F (adj.) from the heating coil, the low temperature limit
will stop the supply fan, close the outside air damper and fully open the heating coil control valve. An alarm
will also be indicated at the operator work station. The low limit temperature sensor must be manually reset.
Fir alarm control relay (existing) wil stop MAU9d-1 fan upon activation by the building fire alarm system.
ELETRIC ROOM EXHAUST FANS EF9C-3
When space temperature thermostat senses a rise above 85F (adj.), the exhaust fan will be started. When
the exhaust fan starts, the outside air intake damper and exhaust dampers open. When the exhaust fan
stops the outdoor air and exhaust air dampers close fully.
TOILET EXHAUST FANS EF9D-1, 2, 3, 4, 5 AND 7
When AHU9C-1 or AHU9C-2 is indexed to the occupied mode, the exhaust fans will start and operate
continuously. When the exhaust fan starts, the exhaust damper opens fully. When AHU9C-1 or AHU9C-2 is
indexed to the unoccupied mode, the exhaust fan will stop and remain off. When the exhaust fan stops, the
exhaust damper closes.
TOILET EXHAUST FANS EF9C-4
When AHU9C-3 or AHU9C-4 is indexed to the occupied mode, the exhaust fans will start and operate
continuously. When the exhaust fan starts, the exhaust damper opens fully. When AHU9C-1 or AHU9C-2 is
indexed to the unoccupied mode, the exhaust fan will stop and remain off. When the exhaust fan stops, the
exhaust damper closes.
BUILDING 10A
AIR HANDLING UNIT 10A-1
Unit will be indexed occ/unocc by optimal start program in the BMS.
Occupied cycle:
Unit supply fan shall run subject to the low temperature thermostat shutdown interlock. The outside air
damper shall open fully and the room thermostat shall modulate the hating coil control calve to maintain
space temperature set point (adj.). if the space temperature gets to be above 76F the outside air damper
will close and the D/X coil will be indexed on with the heating valve fully closed.
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ADDENDUM #5 PROJECT NO.: BI-JA-465
Unoccupied cycle:
Unit will cycle on with the outside air damper closed to maintain setback setpoint.
EF10A-1 will start and run continuously in occupied mode and will stop in the unoccupied mode.
AIR HANDLING UNIT 10A-2 (Roof Top Unit)
Unit will be indexed occ/unocc by optimal start program in the BMS.
Occupied cycle:
Unit supply fan shall run subject to the low temperature thermostat and smoke detector (existing to remain)
shutdown interlock. The outside air damper will open to its minimum position and the room thermostat will
modulate the heating coil control valve to maintain an adjustable space temperature setpoint.
Unoccupied cycle:
Unit will cycle on with the outside air damper closed only to maintain setback setpoint.
MAKEUP AIR UNIT 10A-1
100 percent outdoor air make-up unit (MAU10-1) will be interlocked to run when the paint booth exhaust fan
is energized, locally switched (existing switch to remain and be reused). When the paint booth exhaust fan
is switched on, the outside air damper will open and the fan will run continuously. The discharge air sensor
will modulate the heating coil control valve to maintain the discharge air at 90F (adj..). When the outside air
temperature is above 65F (adj.) the heating coil control valve will remain closed.
EF10A-4 will run continuously. In the event that the fan fails, current sensor will initiate an alarm as the
operator work station.
BUILDING 11
AIR HANDLING UNIT AHU11-1
The system will be indexed occ/unocc by the BMS optimal start program.
Occupied cycle: (Warm up / Cool Down):
The unit supply fan will be energized, subject to low temperature and smoke detector permissive, and the
vfd will be commanded to ramp up and the modulated to maintain the scheduled CFM setpoint. The heating
/ cooling coil valves and the outside air/return air dampers will be modulated to maintain the discharge air
temperature reset set point (adj.). Modulating the mixing dampers is subject to enthalpy economizer. When
below 68F, outside air temperature ef11-1 will start when outside air dampers are at 100%. EF11-1 will be
off above 68F outside air temperature.
In the heating mde the average space temperature will reset the discharge air temperature by modulating
the heating coik controld valve to maintain the following schedule (adj.):
Space 75F Discharge 55F
Space 65F Discharge 95F
In the cooldown mode the average space temperature will reset the discharge air temperature by modulating
the coolin coil control valve or the economizer dampers as required for the following schedule (adj.)
Space 85F Discharge 55F
Space 75F Discharge 65F
In the unoccupied mode the fans will run with the FVD setback to scheduled CFM and the outside air
dampers will remain closed. If the space temperature falls below setpoint, the heating coil control valve will
modulate open to maintain the setback space setpoint (adj.)
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ADDENDUM #5 PROJECT NO.: BI-JA-465
FAN COIL UNTIL FC11-1, FC11-2, 3
Occupied and unoccupied cycles of corporation will be times schedule through FMS.
Occupied cycle
The unit fan will start and run continuously subject to the low temperature thermostat permissive. The outdoor
air damper will open and the heating coil and cooling coil control valves will be modulated in sequence to
maintain space temperature setpoints (adj.).
If the low temperature thermostats limit is exceeded, the fan will shit down, the outside air damper wil close
and the heating coil valve will go full open to the coil. An alarm will be sent to the operatire work station upon
fan failure to start.
Unoccupied cycle
The outdoor air damper will remain closed; the heating coil control valve will be modulated and the fan will
cycled to maintain setback space temperature setpoint (adj.)
EF11-2, 3 will start and run continuously in the occupied mode only
BUILDING 12
AIR HANDLING UNIT AHU12-1
The system will be indexed occ/unocc by the BMS optimal start program.
The system will be indexed occ/unocc by the BMS optimal start program.
Occupied cycle: (Warm up / Cool Down):
The unit supply fan will be energized, subject to low temperature and smoke detector permissive, and the
vfd will be commanded to ramp up and the modulated to maintain the scheduled CFM setpoint. The heating
/ cooling coil valves and the outside air/return air dampers will be modulated to maintain the discharge air
temperature reset set point (adj.). Modulating the mixing dampers is subject to enthalpy economizer. When
below 68F, outside air temperature EF12-5 will start when outside air dampers are at 100%. EF12-5 will be
off above 68F outside air temperature.
In the heating mode the average space temperature will reset the discharge air temperature by modulating
the heating coil control valve to maintain the following schedule (adj.):
Space 75F Discharge 55F
Space 65F Discharge 95F
In the cooldown mode the average space temperature will reset the discharge air temperature by modulating
the cooling coil control valve or the economizer dampers as required for the following schedule (adj.)
Space 85F Discharge 55F
Space 75F Discharge 65F
In the unoccupied mode the fans will run with the FVD setback to scheduled CFM and the outside air
dampers will remain closed. If the space temperature falls below setpoint, the heating coil control valve will
modulate open to maintain the setback space setpoint (adj.)
EF12-2, EF12-4 Control:
The fans will start and the dampers will open in the occupied mode. In the unoccupied mode the dampers
will close and the fans will be de-energized.
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ADDENDUM #5 PROJECT NO.: BI-JA-465
FAN COIL UNTIL FC12-1, 2
Occupied and unoccupied cycles of corporation will be times schedule through FMS.
Occupied cycle
The unit fan will start and run continuously subject to the low temperature thermostat permissive. The outdoor
air damper will open and the heating coil and cooling coil control valves will be modulated in sequence to
maintain space temperature set points (adj.).
If the low temperature thermostats limit is exceeded, the fan will shut down, the outside air damper will close
and the heating coil valve will go full open to the coil. An alarm will be sent to the operator work station upon
fan failure to start.
Unoccupied cycle
The outdoor air damper will remain closed; the heating coil control valve will be modulated and the fan will
cycled to maintain setback space temperature setpoint (adj.)
MAKEUP AIR UNIT MAU12-1
100 percent outdoor air make-up unit (MAU11-1) will be interlocked to run when the paint booth exhaust fan
is energized, locally switched (existing switch to remain and be reused). When the paint booth exhaust fan
is switched on, the outside air damper will open and the fan will run continuously. The discharge air sensor
will modulate the heating coil control valve to maintain the discharge air at 90F (adj..). When the outside air
temperature is above 65F (adj.) the heating coil control valve will remain closed.
EF12-1 will start and the damper will open in the occupied mode and the reverse sequence in the
unoccupied.
BUILDING 13
AIR HANDLING UNIT AHU13-1
The system will be indexed occ/unocc by the BMS optimal start program.
Occupied cycle: (Warm up / Cool Down):
The unit supply and return fans will be energized, subject to low temperature and smoke detector
permissive, and the VFD will be commanded to ramp up and the modulated to maintain the scheduled CFM
setpoint. The outdoor air/return air dampers will modulate in economizer cycle subject to the enthalpy control
program.
In the heating mode the average space temperature will reset the discharge air temperature by modulating
the heating coil control valve to maintain the following schedule (adj.):
Space 75F Discharge 55F
Space 65F Discharge 95F
In the cooldown mode the average space temperature will reset the discharge air temperature by modulating
the cooling coil control valve or the economizer dampers as required for the following schedule (adj.)
Space 85F Discharge 55F
Space 75F Discharge 65F
In the unoccupied mode the fans will run with the FVD setback to scheduled CFM and the outside air
dampers will remain closed. If the space temperature falls below setpoint, the heating coil control valve will
modulate open to maintain the setback space setpoint (adj.)
Terminal Unit (TU13-1 thru TU13-16)
SECTION 23 09 99
BUILDINGS – SEQUENCE OF OPERATION
PAGE 24 OF 24
ADDENDUM #5 PROJECT NO.: BI-JA-465
The space temperature sensor will control the damper actuator. When the space temperature rises above its
setpoint the damper will open and when the setpoint is reached the damper will return to the minimum position.
During morning warm-up the damper will go fully open.
EF13-2 and EF13-4 Control:
In the occupied mode the exhaust fans will be energized and their respective dampers will open.
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